CmUC06G111170.1 (mRNA) Watermelon (USVL531) v1

Overview


Name	CmUC06G111170.1
Type	mRNA
Organism	Citrullus mucosospermus (Watermelon (USVL531) v1)
Description	vesicle-associated protein 1-3
Location	CmU531Chr06: 3599808 .. 3622265 (-)
Sequence length	1594
RNA-Seq Expression	CmUC06G111170.1
Synteny	CmUC06G111170.1

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: polypeptideexonCDSthree_prime_UTR

Hold the cursor over a type above to highlight its positions in the sequence below.

ATGGTTAAGGGTCTGTGTACACTGCATGCCACTGGCGCCACCGGCAGCGACAGGGCATCAGCCACAGCGCAGGGCAGCGCCTACCATCCACATTTGGTACGGCCCCTTACGCCATTCTCTTCTTAATCCCTCTTTGTCTGCGCCCCTCCCTGTGTTTTACTACATTCCCTCCTTCCAATGCTTCCTTCCTTCCTTCCTTCCTTCCTTCCTTCCTTATTCCCACTTTTACCCTTCTCTCTCAGTCGTATAAAGGCCACCCAATAGTCAATAGTGAATGTGAGAAGCCGTATAAAGGCCAGCTTCAATCTTGAAATGACTCCATACCTACCCACCAACAAATTCTAGTAGGGATCACAAAACCATTTTTTGTAACAACTTCTAAATTCACCTAATTAAACTATTAATTTCCACAAAAAAATAAAAATAATAAATAAATAATCTTCTCCAATTCTTTTTTTTTTTCAAATGCAAATTTATGACTCCCTCACTTCATCACCATTTAAATTATTTAAATTTAAGATTAAAAAGGAATAAATGAGAAGTAGTAGTACTCATGTATCAATAATAATAATAATAATAATAAGTTTTTCAGCCTCCTTTTCCCTATGCTCCCATCTCTTTCATTTACTGTTTTTGGGGAGAAATGATATATGAAAGTATGGTGTAGCCTATGGCTTTATATGCTATTCCCCTAACCTACCCAAATAAATTACACTTCTTTTCTTTATCATTATTATTGCATTTCTCAATAAAGATATTCATTCAATATCCTATATCACCTTTTCCCCCATTCTAAAATCTTTTTTAATATTCATTTTCCAAAATTACCAAAATATACATCCTTTCATTCATTTTCCCCAAAGTTATTAGTAATTTTTCTTAGTTTTTTCTTTACTTTCATGGTAAAAGAAATAGATGAAATCTTTATTAAGGTTATAAAAAGGGGGAAGAAAAAAAAAAAAAAAAAAAAACTCTGGTAGTCTCCACATTTTGATGGGTGTAATGGCTTTATCCTAATGTGTAATAATTTAGTCTTAAATATACATAAAAAAAAAAATTGTTAATAATATATTTATTAATAAATATTTTAAAATATATGTAATTTAGATATTCATGTTTAGTGTTCCAAAGCTATTCTAACTCCTACTTGCCAAATTGTCTATAAATAATAATGGATTCTGTAGTTACACCCAAGTGAGAAAATACACTCCATATTTTCATTTTTATTTATATAATTCCTTATACTTAGTTATTTTATTTTATTTATTACTATTATATTATATTTTCTTTATATCCGTCTTCCTATTGTGTTCTGAATTTTACAATAATATTAACATTTTTTTACATACATATCAAAATAAACATGGCTCACAACTAACATAAAGTATACATAAATAAAAAAAAAAAAATTAGGGTATCTAGTGTATTTTAAAATTATTATAGGAACCAATTGAATAAAGATCAGTACTTCACCATAGTAAGATTTTTCATGATATATGGAACTTATAATTATGATTGTTACTAAATGAGAGTATCTAAAAATTGTTATTCTAAAAAGAATCACTAAAAACTTTTATTAACCTAATATTAGAAACCTCAAATTAAAGTCAAAATCCCGCACTGATTTCTTTTTAAAAAATTGTTAAACTACACATTTAATTACTGAAAATTAAGTCCCCTTTATAAATATTTCATTTCTTCCTATTTTTATAGTAATTTGTATCTTTCTTAAGCATAATAGTTAGAATTCTTAGCCAGTTTTTGAAAATTACTTTTTTTAGTTTTTAAATTCCGTCATAGTTTTTTAACCCAATAGTAAAAAGTAAATAACAAATGAATAAATTTGGAGGTGGGAGTAATTTATATAGGCTTAATTTTCAAAAACAAAAAACTAAATGGTTACCAAACAGGACCAAAACTTTTTAGGTTTGTATAATCTCATTTAGTTTCCCAACTTTAAAATTTGACTAATTGATCATGAATTTTCTTTTTTTATCCGAAGGGTCTCTCAAATTTAAAAAGTGTAATAAATTCTTAAATTTTCAATTTTGTATTCAATAAGTATTTTAGGTTTTTAATTTTACGTTCGATTGGTAATTAATTTATTCGACATTCTTTTTTAAATCGACAAATCTATTAGATACAAAATTGAAGATAAACTTCTTAATAACACACATCAAACGTATCAAGAACTAAATATACATATACTTAACCACAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAACTTAGTGTGATCATCATCAAATGGCGGAAACTGTAGAACAACCATTTAAATACGAACAATATTTATCAAGTGTATCTTGAGTTGCAAGTACATGACAAATTCTTATTACTTATCTCTTGAAATATTTTAATTCATTTTCTATATGTGTTTAATGAAAATATGATGCGTAAAAATGAGTACATCTCAAATATTATTGTTTGAATCCACATTTGATTAGTAAAATAGACCACATTCAAAAATCTTTTTGTTAACGTAATTGGATGGTATAGTTGGATATATTGGAGAAAAAAAAAATCTCAATAATAATTAGCATTATACTACTCTCATTCGTTATTGATTGTTTATCATTTTCATTTAAAAATGATGCACGGATCCAACAACCCTAAACATTAGAAGAAAAAAAAATTATACATGTACCACAATATTTTATTTAAAACAAATTAATTGAGAAAAAGATAAAATTAAAGTCTAATTTGATAACCATCTCTCTTCATTGGGTACTTGCGCTTGTGCACAATTAACAAAATTAATAGGCATGCTTATGTACTAGCAAAAAGTTCAAATCAAATTTCGTAGTTTGAAATATTTGTTTAAATTATATTCTAATTATCTTTTAAAAAGTAAAAAATGAGAAATAAAATCTTAAGCAAGAAAGTTTTGGTTTTTTAAACTTAATAGTTTACCTTTTTCTTTTTTTTAATGGTATCAATAATCTTATTTGTGCAATAATGTATTATCAACTAAAAGATTTGTGATTCAAACTTCTCGTCTCTATTATTTTTTAAAAAATTGTTTTGTTTGCAATGTGCAAACATTTTTATTATTTATTATATTTTACCAATCACATTCTAATTCGTCATTATTGTTACTTAAATGTAATACTCTTTTTCTATTTAGACTTTGAGATCGCAACCACACTAATTTGTATATTATTAATATTAGACAAAAGAAGAAAAAGAAATAAACACCAAACATGTTACTTGTGAGTGCTAACTCATTTCATTAAATGGGGATATGCAAATTTGGAAAGGTATATTCAAACCTTTTCGTAACTTCATCCAAATTCAAAAGCTACTTTTGACCAAAGCATTTGAATGTACATGATGTTAACAAAAATATCAAATTTTATTGAATGATGAGAAATTGTTGAACATTTTTATTTATTTGAACACAAAATAAAATTATAAAAACTCACAGAAATTATTTGAATTTATAAATATGAACCAAAAATATTCCAACAAATTTGGTTATTGTCATCATTCTTTCTACCACCCTTGTATCAATCTATGACATCCACCTAATACTCATCCTCAACAATCTGTGATCCTAACAAATAATTCTTTATTTTTTAAAATCTAAGAACTAAAATAGAAGTACCAATCTTTTAGAGAGGAAAAAAAAAAAAACTAAAATAATATTTGAACTTAATTTAAAAATGTTGTCTGAGTAAAAAGATTGGTATATATCTTCCCCATGTATGGGGTTTGGAGAAGCAGATTGAGCACAGTGAAAGTGCTTGATCTTCAATCACATTTCAAAAAAAAAAAAAAAAAAAAAGAAATTCCCAAAATAATAATAATAACAATAATATAATAATAATAATAATGGTTGTAACCTTCAGAAATGGCAGCTGAATATATCTGCTGTTTGACTTACAAACTTTTCTTCTATTTTTTTTTTTTTGTTTTTTTAAGAAAAAAAGAAAAAAAGAAAGAGAAAAGATTCTATTTTGATGCACATTCCACTGCTTAGTATTATGCCTGAAATACTGAAAAAGACCCAAAAAATAACTCATTGATTCAATTTTCTTTTTCTTTTTTTTTTTTTTGGGTTAAAGAGTTTAGAGCAGACCAAAATCTGAAACTGAATAGTCCAAAGTTGAACTTTCTTTTTAATTATTATGTATGCATTTCTATATAATAAGCACTCATTTTCTTCCACTATGCTTTGATTCCTCCCCTTTCTCTTCACCATATTGTGTTTTCCCAAAACATCTCTCTCTCTCTTATCATTATCATTTTTTTTCAGATCTTATTATTATTTTGAATTCAAATTAAATTAAATAGACGTGTATAGATGTCCATTTACATCTCGGAGATCTATAAACCGGATGGAGAATGAGAGAGTGGGTGGAGAAAATTGTCTCTCCTCTAGCTCAAAGGACGAATAAAGACAAGATTATATTCCTCGTCCCTGACCTGACCTGATTTCTCAACCTATCCCGTCTCATTTAATATATATATATAAACTAAAAACCTGTGCTGCCTGTATAAAAATAAAAAAAGAAACAAAAAAATTCGTGAGATTTGACCTTCTGCATTCTTCTTTATATATATATAACCCTCAAAATATTATTACTTAATCCATTTAAAATGTTTTGTTATCTACCATTTATCAAGCTTTATTTGTATTTTTTGTTTCAAATAGATACAAATACTACAATAGATACTAAAGTGTTAGAAAAATGTTGTTGAAGATCAAGATGAAAGTGATGTTAAGTTATAAGTTTGTGTATTGTGATTAATTTTTTAATAATTGATTTATAATAATTTTTTTTAATATTTGTTTTTCTATAACTTAAAACTTTATGATTAAAAAATATTGATGGTTATGTTGTTGTCGCAAAATATATATATGTATGTATTTTTTTTTTTAATTAGTAACTAAAGACTTTTCTAATATAATTATAGATGTTGTAATATTTAAATTAATTTTTTTTGGAAGACTATGAATATTTTAATATTTAAGTTGGAAAAACTATAATATCGTAAAATATTTAAATTTTAGCTTCTAGAAATTAAAATTATCGACATTTAATATTTTAATTACTACTTGTATTAGGAAATTTTATAATATTTTATTTAATTGAAAATAGTCCATTTAAAGAATTAAATTTTTCAAAATTTAATTCATTAAAAGTAAAAGAATACATAAACAAGATAAGGAACTTTTCGCGTGGAGATCTCCATTCTGCGCAAAATTAAATCTAAATTTTTTTGGAATGAGGATTGAAATTTCATCCATGCCCCATCCTGTGGACATAATGTAGATAAGTGCACCTAAAATGTGGAGGATGAGATTTGAATCAAATTTTGTATCAATTAGAGGTTGATCAATTTAATTAACTTTTTTTTAACTAAATTTGACAGAGGGTGTTAATTGATACAATTACGAAAATTTAAGGTTTAAATTGATACAACACTTAAAAAATTTATATTTATAGGAAAAATTGAAAAAATTTCCTTCTCATTATTATTGTTTTGAATTCAAAATTAAACAAGCAGATGGCTGAGTACTCAAAATTTGTTCGGAATATATATTATTGAGCTCATTCTATATCTAATCTTAAAATTCTAAATATCATATATTAAATTTTAATATCACCCATCATTTAATAGTATGACATTCAACTCTTTACATATGACTTTAATATACTTTTTCATGCTATTAGTGGATAAAAATAATGTATCTACGACAGATTTAAAAAATAATCAGAACATTTATTTTTTAATATGAGATATAAAATTTTTCAAGTATTCAAAATGAAATAAACAGTCCAGTTTGAAGTCAATAATGATTAAATTAAAAGCTCCACTATCCATTTAATCACAAAGTTATATTCATTTGGTCTTTTACCGTGGTGATTAAGAATTAAACTCATGAATTTAGTAGTTAAAATTTATTAGATACAATGTTAATAGCTTAAGAGTTTATTTATAAATTTTAAAATATAAGATTTAAATTCACAAAAATTGAAGAGTTACCACACCTATTAACAAATTGGAATAAATACACCTTAATAGCAAGTTGTATTAATTTTTTTTTTTTTTTTTTTAATAAACTTTTCATCGAATCAAACTAAATCTTACAACACAAACATATGTTGCACTTCTAATCTTTATGTTCAATTTTATGTAGATTCACTCACCAAATTTCAAAAAAATAAAGGTAGAGAATTTCACTAAACTTACTAATTTTAAAACAAAAATCAAATTTTCCACAAAATTAAACCAAATTAATTCACAAAATTAGCAAGTGAATAAACCTTCATTCTAAACTTATAAATTTCAACAAAATTCCAGCTTTGGCATCTTTGAAGCTTCATAAATTTCATGCTAAACACATATTTTATATTCATTAAATACACGCGTAAACATTTTAACCATAGTAAGTTCAAAACGAAAGTAATTGGGAAGGTGCAATTTGCAACACATATAGAAAATCTAGGATAAAATAGTAGGACAAATATGAATTCATACTTGAAAACTTTAGAGGTTATCAGTTAAAACTTCAAACTAATAATTGTACTAACGTAAATTTTAAAATTTCATAAGTGAATTATTTTAGGCTTATCATTGTAATATTATTTTAAAATCATTTGTGTTTGGCTTTCACACATGTATAAGAATTTTTTTTTTTTTTTTTCATTTTAAGTACAATGATTAATGTAAATTAGAAAAAGGATGTGAGATTCAAGTAAATAGTAACAATTATTATTATTTTTAAAGTGTTTTTTAGTTGATTTTAAATGAAATCACGTGAAAATAAATAAAAATTACAAACAAAAAGTCTTTAGTTGATTCATGTATAAAACTTAGAGGTTTAAATCAAAACAATTATTATAGAATAATTTAAGATGTTAATTAACACAAGTACCAAAATTTGAGAGTAATTTAGTTACATTTAGGCCTTTTCATTACCAAAATTTCGAGGATAGTAATGAATTTTCTTAATTCATAGAATATTGAATGTACTTGAATTCACCTCATCTGAAAAGAAGGTAATATTTTTTAACCAAGAAATAGTAAGAAAAAAAAAAAAAAAATAGTTTAGTGAGAGAGAGAGGAGGAGCGTGTGGGAGTGGGTAAAACAGTCCATTGGGAAATCGGCTATTTTCTCTACCGTTTTTCACTGTAATGAAACAGAGAAAAGTCACTGTTTTACGTCTTGTCATTTACCACTCACTGAGTCATACACTCATAAAACAAACCAAAATTATTTATCCTAAATTCAACTATCCAAAATATTAAACCATTTCTTCATATAATCAATCATACGTACCTTCTTTCCTTTTGGTTTAGGGTTTTGTTTTGTTTCGTTTCGTTTCAGGATCTTCACCACATCCCCCCCCCTCCTTATTTTACGAGTAAAACCATCAATCAAACTCATTTCCATTTTCCCTCACTTCTTTCTTTCTCTCTTTTATAATCTCCATTTCTCTCCCCGCCGTCTCTCTCTCTCCCAATGCCTTCTTAAACCCTAATCACTCACTCTCTCTTTCTCTCATAAAGAGAAAAAGAAAAAAAAAAAAAAGAAATGGTGGGTTCATTTAATTTGATGCCTTGGCTGGCTTTGACTACTTCTTCTTCTTCTTCTTCTTCTTCTTCTAAATTGTCTCTCTTCTTTTTGTTTTTGTTGCTTTCCAGCGTTCTCTACCCATCTGGCTCCAAGCGCTTCTCACCGAGAAATTCTTCAATGCGTGTGTGGTTCATGAAGATGCCAAAAAGAATGAAAAAAACATCTTCTGTTTTGACTGTTCCCTCGGTATTTGCCCTCACTGCTTGTCCTCTCACTCTTCTCACAAACTCCTTCAGGTAAAAATTTCAACCCATTAAAACCAAAACCCATTTCTCTGTTCATCGAATTGTAATTCAATTCAGGTGGGTTATTTTTTTTTTTTTTTATTTTTTTTTTTCTTGGGGTTCAGATTAGGCGATATGTGTATCATGATGTGATTCGATTGGACGATGCTACTAAGTTAATTGACTGTGCTTTCGTACAAGTAAGTTTTTAATTGGGTTTGTTAAAAAAAAAAAGAAAAAACAGTATAATTTCGTTTGTTGTTTTCTTATTTGGGTTTTTGTTTTTGATTTTTTGAAATTTAAGTCGTACACTACGAATAGTGCAAAAGTGGTGTTTCTTAAACAGAGGCCACAGACTAGAAATTTCAGAGGCTCCTCCGGCAACCTCTGCAGCACCTGCGACAGAAGCCTTCAAGACCCTTATCTCTTTTGCTCTGTTTCTTGCAAGGTTTTATTTCAATAATTCTAAACTGGCTTTTCGTTTCTTTTCGTAAATCTTTTAATTGTGGGTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTGTTTTCCGCCTTGGGTTTCGTTTTTATAGATTGATTATCTGGTGAAAACGCAAGGTGGGGTTTCGAGGCATCTTTTGGAGTGCAATTTCTTGCAATTACCCGAACCGGGTTGGGACGACGGGCTTATGATGACACCGGACTCTGTTCTCGAACCGGTTGGTTCAAACCGTACCTCCTCCGGTTCTGACGGTGGTGTACCAGAAGGGAAGACTCTGGCATCGACGGCAACGACGGAGTTTGTGAAAAAGAAGAGGAGTAGCTTGACGGCGGCGGCGTATCGGGCAGCGTGCCGGCCGGTTTGCTGGCCGGGGACGATTTCCGAGACGTCTGGGAGTTTGATGAGCCGGAGAAAAGGTACCCCGCAGCGGGCCCCACTTTATTGAATTTCTTTTACTTTTTTTTTTTTTTGGGGTTAAGAAAACAAAATTGTAGTAGTGATTGAGCAAGGAAGGTTTTTGGGGACATGGATGGCATTTTGTGGTTTCTCATGGGGGTGTTTTGTAAAGGGAGGGTCCTTCTGGGTTCTGAATTAAATTTTACAATTGTTCAGTGGCTTTATTATAATTTTTTTTCTGATTAAAAGGTGCAAAAAAGAAAAAAAAGAAAAAAGAAAAAGAAAAAAAGAAATGGGATGATGGGGTGGGTTGTTATGTTGAGAGGATCTAACCAAGTTTTAATTATTACAACCAATATCCATATTCAAAAGCTTAAATATATCTTCTACTTTCTAATTTTTGGTTAAAGATTTTAATTTCTTATGCATTCAATCATCTTAGTTAAGTTCTTATTATAGAAATGAATTGTCTAAATATAAGCTTTATAATTGTGTTGATATTTTAATTCGATTCAATTACATAAACATAAAACCTAGCATTTAGTTAATAATTTGATTTTAAATTGCTGATTATAAGTAGACGACTGTAAAAATACACGTTTTTCTTTTCCTTTTTTATTTCTTTTTTTTTTAAAGAAACGTTATCTTTTAATTTCATGTCTATCATACTTTTAAGCTATAATGGTTGGGAGGACTTTGGTTGGGAAAGGCAGTACTTGCGCTAGAAATGAAATTGAAATTTTGAAAGAAAAAAAAATTATATTGGAAAATTTATTTCTTCTTCCTTCTATTTCTACCCAGAGTTAAATTATAGAGAATATGGATTAGTTTTAATTATCTTCGTAGACCTTAAAAATTTACATTTTACCCCCTTTTGAAATTTGTTCTAATATATGCATTTGAGTTGTTTTTTAATAGGTAAAAACTGAAAAACGTGCACAAAATCATTTACAATCAAACCGTCGGTAAGGTTTGAAAGCTTACGTGTAACACTTGATTATACAAATGATTTTACCTACTTTTTTATATTATCTTTTATGGTAATATGTTTAAATCTTTTCTAAATAAATTGAAAAATAATAATATTTAATACATAAATTTTAATTATAAATTATAGAGATTAAATTATAATTATTTTTTAAATCATAAAAATTAAATGTAAAATTTAAATAATAGAATATGCACTTTCTAATTCTTACACACCAATTTACAAAAATTTGAAATTCAAATGAAAATGGAACTTTTCAAAATCTATAGGATAATTCTTTTTTCTGATATTATGTGTGTGTTATAATTGAAATTCATGATATTTTATTTGGTATAATTTAGTTCTTTTACTTATTGAACAAGGAAATTATTTTCTTATACCGACGGCGGTGATTTGGCCAGAAGGTGAAGGTAAAAATGTACGGTTGGTAATTTTCTTGAGTAGTGTGCTAATTATTATATTGTTATAGTTTTAATTATCGACTTTGAATGTTTGGTAGGTAAAAATCGAAATATATAATAAACTTGAAAATGTGATAAATGGTGATTGGTGAACGTGTTTAACAATTCTGGATATTTTTGTCATAAAAAAAAAAAAACAATTCTGGATATTAATTATCAATCCGTTAAAAGAATAATAATAATAAAAAGTATGATTCTTATCTAAAAGGTCTACGGTCAATCTACCATATAGGGGTTGGAAAAAACAAATGTATATTCGATTCTAGTTTAGAAAGTTAAAAAGACATTATAGATGTTATTTGTTGATGTCGAAATTTAGACGGAAGTAAACATATGTGATCTTTATACGACTTTAATGGTTGATTTGTTTGAAAGAAGAAAAATAGGACTAGTAAAAGAGTGAACCTATCCGCTGATGTGGTACTTATCATACACACTCTAATATTTAAGTTTAGTAGATAGTTAATTTTTAAAAGATTTAAATATGTCTAACATCTATTCAATTCAAAATAAAAATGTCGTGAATTCATTAAATGCTTCTAAAGAGCTTTCAGACGTAAAATTAAAAGGTTAAGGATTTATTAGACACAATTTTGAGAATTGAAGACAAAATTTGTCATAATTTAGCCTTCATAAAACATAATTTTAAATGCATTGATGTATAAAATTATACAAACCATTATATAATCATTCATTTAAATAAATAAGCAAGAAATATTTATCAATGTTTTTTTTTAGAAAAATATATTTCTTTTTTTTTTTTTGTTCAATTGATTTTCTACTTCGAAGATAAAGCGTGTGAATGTTCTCATAAATTTGAAGTCTTAGAAGAATGTTTTGTATCTTCAAATTACTTTATTTTTAAATGATTGTTTGTTGTTTTAGAAGCTTAGAGAGTTGTATGAGGACAATGTGGACTTGGGTTTGAATGACCTATGTGCTCAATCAACTGAAGTTTGGGCTGGATTGGTCTTTAAGTGGAGAAAAAAAGAGAACTTATTTGTGGGCTCAATTGGACTTGGGACCAAATGTTATGAAAAAGACATGTGATGTTATCAGAATCTGGAAATTTTTTGTCTTCAGTTTCAATTGGGAACTCATGTGTCAACTTGGGGATCACAAATTGCTACATAATTTTTTAAATTGATGACGATGGAACTAATCACAAATTGAGATGAGTCCAAATTAAAATTGAAAATAAAAAATGACAAATTCCAAATAATTTCACATGTCTTCATCATCATCATCATCATGGTGATTTGAGCCTAACTTTATTAAATTGGATTATATAGGCATTTTTAGCCCAAAGGGTGCTCATGGAAAATTGGCCCGTAGTTTAAGTCCAATAGGAAATAAAGCATAAAACCAGGAAAACTCAAGTCTAGTGGACCAAATCCATGGCCAACCAAAGCCCAAGCCTATACTACCCATAACATCCTTAGTTTTCTTTCATTTTGGGAGTTCATAAATAGAAACTCCATAGGAAACTTAGAGAGAAGTCACAAACTATTAGAAAACCACTTTAAGCTTATGAACCAAATAATTCTTAAAGACTAAAGTATTGAAGATAAAGGAACATTTTTCTAAAACTTCAACTTCAAGAATGTTCCCTCACTCCATCTCTTAAATGAAGTGTAAGAGAGAGAATTAGAGGATTGAGTGTTAGAGATCACAAACTAGAGTTATAAATCTACATAAACTCAAATTTAACTCTACCAACGACATGCATTCTTTTAGTAATCTTGTGGAAACATCTATATTACTTGAAGAACTTGTAATTTATTGTTACCATTTAAAATATTTATTATAACTATAATTAATATCTTACCTATCTTAAACGAGACTATTTAATCTCCTTGCCAAATCATAAATTAACAAAGCATGCCACTCAATTATATATAAAATTAACATTAAAAAAAAAGTAGAATATGAAAAGTTGCTTTTTGTAAAATATTATCCCTATTTTGTATAATGATACCTAAATTGTCTTTATTAAATTGTTTCAAAATTAAAAAAAAAAAAAATTCTCGTTTCTTCTAGTCCACTTTTTCTTTTGGAAAACATTGCAATTGATGAAATGATTCCATTAGTATATTATGCTACTCCAATGATTTCACTTTTATATAATTTTGAGTTTTATTTATTTATTTATTTGTATAGTACAATAGAAGCAAAGGAATTTGAACCACAAACTTCGTAATCATTAACACACTACTCGTATGATAGTTTAACTATACTCACTTTGACATGCAATTTTGAGTTTACATACCTCATATGAATTTACCGTAATGCTATTAAAAAAAATTTAAGACCACTTAGTACAAACCAAGTATGTGAAGTAGTCTTTTATGTGAAAAATGGTAATGTTATATAGACAACAGTTGTAAATTCAACAATGACAGTAGATTAAATGTGAATTTTTATTTGTGTGATTGCTAAGATTGAGCAATTTCTGTGTCATCAATACAACCTCAAACCATGTCAATACAAATGGAAGGCATGGGCCATGCAGATTTAAAGCCAATAAATTGAAGAAAGGGCCACTCAACTACTTGTTCGTATTAGAAAAAAGATTCCCATGCAGAAACTCATAAATTATTTACCACAAAAAGCTACCTAAGTTCCCTTGCCTTGACTGTAAATTTGGAGGCCTCAAAATCGGTAAGATTTTCGTTGTCGTGATCGCAGTCTCTGCATAGGCAATGGTGTTTTATGGAAGATATGTTAAAGGAGGAAGAGAGACGGCCCTGAAGGAAGCAACAAAAGCTTACAATTCCAACATTTTGAAGGAAAATGTGGAATACAAACCCAAGGAGGAATATGATTGTGATGGATACAAATACAAAGATAAAGATTGTTATGAATATGGTAACTCTGACAAATTTCCCTATCCTATCCTGATCAAAATTATGAGATTTATCTTTTCTTATTAACAACTAATCTTACAAGACAACTCGTCCGACTCTAGTCAAGTAGTGACCACGGTAGATTGAATCCATGACTTTTTAGCCATTTATTGAGACTAATATGTCTTATATTTTATCACTAAGCCAACCTAAGAAGATTTTTAAATATAGGACTCATATGTTCTTTTTATTATTAAGATTAACTGATATGATTTTTTTTTTCTAGTTCATTTCTTAAATCTTTCATTAATATGTAAAAACAAAATTTAAAAATTAAAATGCGTTCATAATGCATTTCAAATAAAGTGTACTAGTATAGTATGATAAAAAGATACATATATCAAAGGTACTGTTGATATATCAAATATGAAGTATATCAATCATATTAAGTATATGAATGATATAATTGATGTTTAATATATTAGTTGACTGATCTACCATAAATCCTAAATTTCAGACTTTTCGTATTTTGGGGAGTTTGTTTTTTTTACTCTTTTTTGTTTTTTGAGTTGGGTCGAAGATTGACAAAGTAAATTAAGGGTGTTCGACAAATTCGATGATCAACACAACCTAACCTGTATAGTTTGGGTTGGGTTATCAACTCATTTGAGGTGAGTTGGACTCAAATAAAATTTTTGTATAAGTTGGGTTGGTTCGTGGGTTCACCTAAAATAACCTAAACCAATATGAATTTATTATAAATTTTAAAAAATATGTTTTTTTATGGTACAATTATATAGACATGTATTTATTTTAATTTTATCATTTTTTGGATCATTAGTTCTCCAACAACCCTTAAAAGTAACTTTTAAACCCTCTAAAAAAAGAAAATTTATATAATATAAATTAAAATTGAGTTGTTAATCTTAATTTAATATATGAAAATAATTAAATATTTTACATATTAACATTTTTTACTTATTTTTATAACAAAAATTTAAATAAATGATCCTAGTATTCTGAACCAACCCAAACCCAAATGTTTCATGGTCGGGTTGAGTTGGACTCATTTTTTTAATAAGGATTACTTGGTTGAAGAAATTGACAACTCAACAATTAGGTTGGGTCTAATAAGAGTGAAAGTGGGAGAGAGAGAGGAGATCTAGTGAGAAAGAGAACGAGAGCATGAAGAGAGACCTATCTGCATTAGTGAGGTTTCATTTTGGTAATTCTACTCGATTATGATGTAAGCAAAAAGTTAAAAAAAAAACCTTAATATTAAAAAGGAGAACATATTTAATTGTTTTTCCAAAATATGGGTCGTCTCTACGACAAACCCTTATACAATTTGCAAGTAACTTGGATTAGCAATTTAGCACCCACTCACTTCTTTATTATGAAGTTTGTGGAACAAATCATTGACAAAATATTTTAAGCTGTTTTTAACCCTTCCTATTTTTGAAAATAACATGACGTGAAAGGTCAAATGTAGTACAATATTCATCAAAAAGAAAAGAAAAGAAAGAAAAAAAAAAGACAACATGGAGCTTAAGGAAACATCAAACCAGAAATTAGAAGAGCAGAATCCACTCATGGAGAATGGTTTTCAAGCGAGATCCCCGAATATTTGAATCTTCAAGCATAGGAAGCTAAGTCGTAAGTGACAAAGTTATTATTGGGTTGATTAAAAGAGAACTTTGAAGAAAACTTGAAGGATAAAGATCATAAATAGAATTAACAAAATATCAAGCTATCCCAACCAAGAGATTTTAAATGATAAAGAAATATGTTTTGGCTTAGCAAGGGGTTAAGCCAACTTGAAGAGCTTTGTAAATTCCTTCATACACAGAGCAATAGCTTTAGCGAGCGCTACGAAGCCCGTAAAAAAAAAAGACTTTCCACAACAAGCATAATATCACCATTAGAATCACGAACAATAACTCCTATTGTGGGTGAAAAAGTGAATACATATTTGGCTAAGTATGGAGATCGACCCATAGGGCTGACCATCAAGTCATAAATTTATTTAGTTAAGTATGAAGACTGACTCATAGGGTCGGCCATCAAACTATAAGTTTATTTGGCTAAATATAGAAATCAACCCATAAGGTTTTGGCCATCAAGCCATATGTTTATTTGGTTAAGTAGGGAGACCGGCCCATAGGGTTAACCATCAAGCCATAATGTCTAAGTATGGGAGGTAGACCGGTAGGGACGACCATAGAGCTTAAGGAGGTCTGACCCTATGACGACAAAGACTCTGCCTAAGTGTTGTACTTTTTGCACATGCTTGATCACTAGTAAAATAAATATGGCGATTCACAAGGATTAGTAACGACTGAATTAATTACCCAAGAAGTTAATTGGCGAATAACCATTACAAAAACTATTTATATATAATCGAGAGGACTCATGACATTTGAGGTACGTTGAAATACATCTTGACTTCTATATTATCTAACTCTTTAAACGATAACTAACTTGATCGTGGGAATATTAGTGGCCAAGCACCATACAAGTACAAGTTTTTCCTCTATTGTGCAGAGTATTCATTTGATTCGTCCTAAAGATTAAGAATTCACAATTAGTACCAAATTTTAGTATCAAGAACTCTAAATTCAAACATCTATCATTTAGGACTATCACATAAGAATTCACCTTAAAACAAACTCCAAGGAGAATTTGTCTTATCTTTAGTTTCTAACCATCCTATAGATTTTTTCTATTTTAGGTTATTTTGTTTAGAAAAAATTCGGATAATGAAGTTTATTTATTTATTATTATTATTTGAGTACGGTAATGATGAAGTAATTAAATACATTTTAAAAAGAAAATAATTAAAAATATGTATCGTCATTATTTCGAAATTGGTGGAAAACAGTGTAATATTCAATTTCTTTCTCTCTTTTTAAACTCCCAAAGAAATAATTAATAACATGAAAATCAGTTTCGTGTCTGTTGCTGCTTCCGAAATTTCTCTGGTCCCTCTTTTTGTTCTTGTGAATTTATAGATCCATGATAATTTTTTCATTATTCTGATCGAGTGTTTGGGTAGATTTTGAAATCTGCTGGGATCAAGGGCGACAAAAATGAATACCGGGGATTTTATCAATATTCAACCCTCCGAGCTCAAATTCCCATGTGAGGATATCCTTTCTACTTTCCCCCCTTTTTGTTTCTTCGCAACTTCTCCTTTGCTTCTCTCCAAATTTTGCTGAAAAGGGGAATTGTTTCTTTTTGGGACTTTTGCACTTGTAGAATTGATGAATCCTTTGGTGGGAACATTTTTCTTTTCTGGGATTTCGCCTACGATTCTTTTTACCCATTATTCCTGTATTTTTACTCCTTTTTTTTTTTTTTTTTTTTTTTTGATCATCATGTTTTGGCCTATTTGCACGTTGAAAAGCATTTTTAGATGATGGGTTTTCGATTAATTTTCTTTTTATCCAGTAATCCTCCAATGTTATGATGATTCAAACTTGTGTAAGGATAGAGGAATGACCGTATATGTTTAGTTGAGATGTGAAGGGTAATCTAACTTCTTTTTTTTGAAGAAACAATTTCATCAAAGAGCGTTGAACTGTTGTTCATTACGAATTGCAAACATCAGGTTGAATTGATTGAAGGAGTTAGATTGAATCTTCCGGGGTGTATTATGTTTTCAACGTTGTTTCTGCTTACTTCTTAGAAGCAATTGTATAATATTTGTAATCTGTGCCTACTTGAAGCTTGATCGTGATTGCATTTTTATCTAATTCTGATTTATGGATGTTTGTTACACCCTCTTATTTATGTGTGTTTGTGTTTTCCTTCACTTTCGTAAAATGAAAATTGACTTGGTGCGTATTTTTCATGTGATGGAAAAGTTGAATTGAGGAAGCAAAGTTCTTGTTCCTTGCAATTGACCAACAAAACAGACAAATATGTGGCCTTCAAGGTTGCCTTTTTTGTTCATTCTTGGCATCTTAGTTTGGTTTAAACTCGATGGCTATATATTGACAATGCACATTTTCTGAATTCATTCATGATTCATCCTCATTTAACAGGTTAAAACCACCAATCCAAAGAAGTACTGTGTTCGTCCTAATGCTGGAATCATTTTACCTAGTAGTGCAAGCAATATTACAGGTAAATTAGTATGTGAAAATAGTTAATTCGTTTTTCTCTCTTTATTTAAAGATTATGAGTCACACCTTGATTTTTAACTTTATTGTATCTACTGGATTAGTCTACGTATTTTATTTTGTTTTCATCTCTACTTTTGAATGATGCATATTTGATTTGCTAATGGACTTTTTAGTTACCATGCAAGCACCTAAGGAGACGCCTCCTGATATGCAGTGCAAGGATAAGTTCTTAATTCAAAGTGTTGTAGCACCAGATGGTACAACATCAAAGGACATTAGTGCAGAATTGGTGGGAATGTCTTGTTGCTGCTTCCATTTGTTATGTAAATTTTCATCAATAATGTTCTTACATTTTTGCTTATGTTTTGCATCTATGAATCGTGTAGTTTAACAAGGGAGATGGTAAGGTAGTAGATGAGTTTAAGATGAGGGTTGTTTACATTTTTGCAAATCCTCCATCGCCTGTCCCAGAAGGATCTGAAGAAGGATCTCCTCCCAGGACCACTGCAGTTGATGATGGAAACCAAAATTTTGCTTTATTTGATGCTGTAAATGTTTTCCAAGTTTCTTTTCTAGATTGTTATTCTTATCCTTTCTTTTCCGCTTAGGATTGGAGACCAAGCAGTTGTTTTTTCATATTTTAATGGAATTTATGGTCAAACTTTAGGTTTCAAGATCTCTGGAGGAGCCTAAGGAGAAATCATCACAGGTAAGATATTCTTCTCTTGCTCCTTATATGAACATGTAAGTGTTTCATCTGCTTTATCACTTGAATCTACTCTTTTCTCTGTGTTTTATTTATTTATTTCTTTAGCTGTGCACAGTATTCAAAATTTTCAGTAACCTGAAATTAAAATTGAATTTTTCATACCATCTTCAAAAAGTTCTCTTTTCATTGTCTTTGCGTCCCATTCTAAGTAATTTTAATGTCAATTGCCTATGAAGAGCCTGTGCAAAATGCATGGGAGTATGATTTTCATACGGAGGATTATTTTTTAGGAAGAACCTATTAACTCAAGTTGGATGTAGAACAGAGAGGACACCAAGATATCCTCCTAAAAGATCCAATGCAAGGATAAAATACTTTACTAGAATTAAGGAAAAAAATTAAGTAGCTACGAACTACAAAATTTTGGGTAGCAGCTAAACAAAACAGGTGAGAACATATCTGGTCACTTGCCTCCCTATTTTCCTCTTTTCTATCTTGAAAGAAATCCTTGATTGTCTTCTCTGGCATTTTCAAGAAACATAAACCACTAACATCTAAGAAAAATGCTTTGGTTTCTTTGAATTCTAAGGCTATAAGCTATCTATGACTAGTACAGCCAGGCAAGCATACATGTGTTCTGAAAGGCCTTAAGAGACTTTATGTGAAACTGGAAAAGTGGAAATGATATCTGAGATAACAAACAGTTGTTAGTCAAGAACTAAGGCATGAGTGAGGTACTGATTTTTCATTGAGTATTTTCATTATATCATAAAAAAGTGAAAAAATATAAAAGAAAAGTTCGGCAAAATGTCACTAGTACAGACATAGTAATTTTTTTTTTCAAATAAAAAATTATCATTACTATAAAATTGAGAAGTTGAGATTTTCTTTGACATCAACATTTAAAAGCTTGGGCATGAGGGGAACTTTTTCAACTTCTAGAATTTATGATCCATATACTTGTTCGGAGGAAATTAGCAACTCTAAGATATGTAATCACCATTCTTTTGTCTTTTGATTATTGGGATTTTTTTTTTCCAAGTTTGAGATCTTAGGAAGAGAGCTTCTAAACAATGTGAAATTACCTTTTTCATGGTGATGGGGTTTGGGTGGGGCTGTGGGTGGGGGTCATTCAGCTAGACTTTATGGTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTAAGAGGTGCTGTGTCATAAGGAACTGTCTATCCTATTTGCGTGTATGCATCTGTGTTTTCCTTCCCTACTTAGATAATGCAGGGCATAAGATGTGGTTGACTACCCTATCCCTTTTCCTGTTAAATTTTGAGTATTTTTATCCCCAATTGAGATTATTTGAGGGCTAGGAGAGCTATTGATGTTGAGTTTAAAGTTTAAACAGTCATGATTAACCATAAAATGAACATGATGGAGATCTTTGCTACAGATTTGGAAACTTTAGAAGCTTTCAGTTGACTTGTTAACAGAATCCTGAACTGTATATCATCACAAAGAAAATTTGTAGATAGGCTTGAAAAAATGTGCAAGGTAATTTGATTACTTCAATAACTGCCGTAAACTCGCCTATTTGGTTATTGGAATTTCCAATATTAGTTTGGGTAAGGAATCCATTCATTGTGGAGTTTAAATTGCTATGATGGAGTTTGGAGTTGAGAACTTGAAAGTTTAAACAATCTATTGTTGTTGAGTTTAAAGTTAAAACAGTCAGATTGTTTGCAGTGCCAATCGTTTACAGAACCTGCTTTTGTGCTGTATTATAAACTGGGTGATCCTAGTGTTGTTCAAAATTCATGCATAATCATAACACTAACACTTAAGGTGGTAACCATTGGATGTATTTTTTTTGGATAAGAAACAGTTTCATTGATGGAATGAAATATCCAAAAATATAAAAAGGGGCCCAATTATAGGGAATAGAAAAGATGCTTCCAATTTGTAATAAAGAAAGAGAGAAACTATGGCTCTTAATGGTCGGTAAATTTTTATACCAAAAGAATGCATTGAAAATAGTAGAGTCTAGGACTTCCTTGGGAGATTTGGCTATGCCTTTGAAGATTCTTGCATTTCTTTCATCCCAAATTTTCCACTAATCCATTGGATGTACTGTTGAATTCATTGATGAGATATTAGTTGTTATTTTGCACATTTGGGAGCTGTACCTGAGGAGGGCAGCACGATGTGTTTCTGGATAAGTGAATGTTGAAAATTTTTCTTAGCGTTTATTTTGGACAGTAGTGTTTGACAATTTTGCTACTTCATGATGCAAATACTGATGCAGGCATGGGCTAACGTTTCTAAGTTGACCGAGGAGAAAGATGCTGCTTTACAAAAGAATCAGAAACTACGCCAGGAGCTGGTAATTTAGGATTGCATGTTGTTTTCTTTATCTTCAAGCTTTGTGTATCCTACATTCTCTGCTCTGATCTATTTCTATAGTTGTTTTTGCGAGGATATTTGCTCCATTGGCATGGAAAATAAGCAAAATGTGGGAGGATAGTGTCTAATAATATTTGGGTGAATTGTGTTGAGGCTATGAGTAAAACTTTTATTGAAATGTTTATTTTATCATCAACACATTGTTTGTTGATGATAATTTGCTAGAGATTTTTGGACAAATCTTGTGGAAATGAACTTGATTTTATTAATTTTGTACAAGTGCTACAATCTCTAAATCAAGAATAATCAATTATCTTTTTATTTTGACACAATAACATAAAAAACACCATGATGCTTTCTCTGGGATGTAGACTTTTGATTTGAGGGTTGGTGAGCTTAGTCTCAAATGAGGGAAGATTGACTCTTCTGCTTTTAGCTTAGGAAGAGATGATCAATTTCTTGAAGTCTTCTTGTTTTCGTATTCTTCAAGTCTTCATAAATCTTTAAAGCTTTATAGAGCCTTCAATCTCTTGGGAGTTTCCCCTAAGTCTAGATTTTGTAAACATTTTGAATGCCAAAAATGAAGGGTGACCACCACTATTTATATATTTTCTATGGTCCTTATGTGGCCTTGGGCTGGGTTGATATTGGACCTAAGCTTTTAGAACGTGGTTGGACTGAGGATAGAGCCCTACAGTTTATTTTCCTTGGATGTAACCAAACCTCTGCCATAAAGGAGGGGAAGGTAAATTCACGAGATGGGGAGACAAGGCAGTGGAGTTTCAGAGGATAGAGCCCCACAGTTTACTTTCCCTGGATGTTACCAAATCTCTGCCATAAAGGAAGGGAAGGTAAATTCACAGGATGGGGATACAAGGCAATGGAATTTCAGCTTTACCTGTGATCTTTATGATATTGAGATCAATGACAATTGACAATCAATCTCCACATCATTCTAGAACGATGATCGATGATCAGTTAGAATGGGTGTTGGATAGCTCTAGAATGTATTCTAGTCACTCTTTCTTCTCCTACCTTGCAATAAAATGCACATGATAGATTAGGGGACTTTAAGGTGCATTTAGACATTTGGAGCATCAAAGAGAATGCCATTCTTTGCTGGAATTTGGTTCTGGAAGCTTTAAATAAAGCACATATAGTGCAAGAAAGATGTCCCAACTTTGAACCTCTTTCCAGACTTTGTTCCTGTGCGGAAAGGAGAAACCCAAAACTATCTTTTCTTTCATTACTGTACTCCCATACTTGAATTTATTGAGTCATTAGAGAGAATGCTACTGAAGGAATTATATAAGCAATGTGGATTCTAAGGAATCATAAAATCTCCTCGTTTGAAAGTTCCTCTAATGAGTTCATTCATTTTGCTTCCTTGTTTCGTTTGTAATTAAATTTCTTTTTTAATCAACTCCAATTGGTGGAAATATTTAAAATCTTGTTGGTTTGGTTGGGTTGATTCCTTGACACCCTTTGCATTTTTGGGGTTTCTCAATGAAAGTTGCTTAACCTGAAGAAGGTAATCTATCTTATTTTTTCTTGGTTATGAGGTTACCTTAAAAGGACCTAAAATTCTGTCTTACCATTTACAATAATTTTGCATAAGGTTACAAAACACAAGCAAGTGGATTTAGCATGTCTCAAACTTATGTTCCATATTTACTAATAATTTTAATCAGATTTAAATTTTGTCATCACTTTTAGTCTCTTAACGTATGGAGCTTCTATCCTATCCCATTAAGTGTAGTATCTTACTCTTGTAGACTAGGCTATAAGATTTTATAGTACATTGGGTTAATCAATTAGCAACCCCTTCACCTTACATATCTGTAATTCTGCATTATCTTTGTTGCATATTGTATCATGGTTGATAATGATATTTACTTCTTATTTTTGACCATCCAAGCTGTTTTCTTGGCTTATGATAAAATTTGCGGTTGATAACCACAAGTGAATCTATCTTTGTATACACGTCTCTTCTCACTTTTCAATAAGTGTCTCGTATTTGCTAAAATCAGCTAATGTTACTTTGATCTCGTTGCCCAAATTAAGCGTTTTCTTGATATCTTCTTTTTACAGGAACTTCTGAGGAAAGAAGCGAGCGGAAGGCAGGGTGGCGGTTTCTCTGTATTGTTCGTGGTGCTAATCGGTCTCATTGGAGTTCTGATTGGTTACTTGGTGAAGAAAACATAGGCAGCTCAGGCATTCCTTTTTTTTT

mRNA sequence

ATGGTTAAGGGTCTGTGTACACTGCATGCCACTGGCGCCACCGGCAGCGACAGGGCATCAGCCACAGCGCAGGGCAGCGCCTACCATCCACATTTGCGTTCTCTACCCATCTGGCTCCAAGCGCTTCTCACCGAGAAATTCTTCAATGCGTGTGTGGTTCATGAAGATGCCAAAAAGAATGAAAAAAACATCTTCTGTTTTGACTGTTCCCTCGGTATTTGCCCTCACTGCTTGTCCTCTCACTCTTCTCACAAACTCCTTCAGATTAGGCGATATGTGTATCATGATGTGATTCGATTGGACGATGCTACTAAGTTAATTGACTGTGCTTTCGTACAAAGGCCACAGACTAGAAATTTCAGAGGCTCCTCCGGCAACCTCTGCAGCACCTGCGACAGAAGCCTTCAAGACCCTTATCTCTTTTGCTCTGTTTCTTGCAAGATTGATTATCTGGTGAAAACGCAAGGTGGGGTTTCGAGGCATCTTTTGGAGTGCAATTTCTTGCAATTACCCGAACCGGGTTGGGACGACGGGCTTATGATGACACCGGACTCTGTTCTCGAACCGGTTGGTTCAAACCGTACCTCCTCCGGTTCTGACGGTGGTGTACCAGAAGGGAAGACTCTGGCATCGACGGCAACGACGGAGTTTGTGAAAAAGAAGAGGAGTAGCTTGACGGCGGCGGCGTATCGGGCAGCGTGCCGGCCGGTTTGCTGGCCGGGGACGATTTCCGAGACGTCTGGGAGTTTGATGAGCCGGAGAAAAGGAGGAAGAGAGACGGCCCTGAAGGAAGCAACAAAAGCTTACAATTCCAACATTTTGAAGGAAAATGTGGAATACAAACCCAAGGAGGAATATGATTGTGATGGATACAAATACAAAGATAAAGATTGTTATGAATATGTTGAATTGAGGAAGCAAAGTTCTTGTTCCTTGCAATTGACCAACAAAACAGACAAATATGTGGCCTTCAAGGTTAAAACCACCAATCCAAAGAAGTACTGTGTTCGTCCTAATGCTGGAATCATTTTACCTAGTAGTGCAAGCAATATTACAGTTACCATGCAAGCACCTAAGGAGACGCCTCCTGATATGCAGTGCAAGGATAAGTTCTTAATTCAAAGTGTTGTAGCACCAGATGGTACAACATCAAAGGACATTAGTGCAGAATTGTTTAACAAGGGAGATGGTAAGGTAGTAGATGAGTTTAAGATGAGGGTTGTTTACATTTTTGCAAATCCTCCATCGCCTGTCCCAGAAGGATCTGAAGAAGGATCTCCTCCCAGGACCACTGCAGTTGATGATGGAAACCAAAATTTTGCTTTATTTGATGCTGTTTCAAGATCTCTGGAGGAGCCTAAGGAGAAATCATCACAGGCATGGGCTAACGTTTCTAAGTTGACCGAGGAGAAAGATGCTGCTTTACAAAAGAATCAGAAACTACGCCAGGAGCTGGAACTTCTGAGGAAAGAAGCGAGCGGAAGGCAGGGTGGCGGTTTCTCTGTATTGTTCGTGGTGCTAATCGGTCTCATTGGAGTTCTGATTGGTTACTTGGTGAAGAAAACATAGGCAGCTCAGGCATTCCTTTTTTTTT

Coding sequence (CDS)

ATGGTTAAGGGTCTGTGTACACTGCATGCCACTGGCGCCACCGGCAGCGACAGGGCATCAGCCACAGCGCAGGGCAGCGCCTACCATCCACATTTGCGTTCTCTACCCATCTGGCTCCAAGCGCTTCTCACCGAGAAATTCTTCAATGCGTGTGTGGTTCATGAAGATGCCAAAAAGAATGAAAAAAACATCTTCTGTTTTGACTGTTCCCTCGGTATTTGCCCTCACTGCTTGTCCTCTCACTCTTCTCACAAACTCCTTCAGATTAGGCGATATGTGTATCATGATGTGATTCGATTGGACGATGCTACTAAGTTAATTGACTGTGCTTTCGTACAAAGGCCACAGACTAGAAATTTCAGAGGCTCCTCCGGCAACCTCTGCAGCACCTGCGACAGAAGCCTTCAAGACCCTTATCTCTTTTGCTCTGTTTCTTGCAAGATTGATTATCTGGTGAAAACGCAAGGTGGGGTTTCGAGGCATCTTTTGGAGTGCAATTTCTTGCAATTACCCGAACCGGGTTGGGACGACGGGCTTATGATGACACCGGACTCTGTTCTCGAACCGGTTGGTTCAAACCGTACCTCCTCCGGTTCTGACGGTGGTGTACCAGAAGGGAAGACTCTGGCATCGACGGCAACGACGGAGTTTGTGAAAAAGAAGAGGAGTAGCTTGACGGCGGCGGCGTATCGGGCAGCGTGCCGGCCGGTTTGCTGGCCGGGGACGATTTCCGAGACGTCTGGGAGTTTGATGAGCCGGAGAAAAGGAGGAAGAGAGACGGCCCTGAAGGAAGCAACAAAAGCTTACAATTCCAACATTTTGAAGGAAAATGTGGAATACAAACCCAAGGAGGAATATGATTGTGATGGATACAAATACAAAGATAAAGATTGTTATGAATATGTTGAATTGAGGAAGCAAAGTTCTTGTTCCTTGCAATTGACCAACAAAACAGACAAATATGTGGCCTTCAAGGTTAAAACCACCAATCCAAAGAAGTACTGTGTTCGTCCTAATGCTGGAATCATTTTACCTAGTAGTGCAAGCAATATTACAGTTACCATGCAAGCACCTAAGGAGACGCCTCCTGATATGCAGTGCAAGGATAAGTTCTTAATTCAAAGTGTTGTAGCACCAGATGGTACAACATCAAAGGACATTAGTGCAGAATTGTTTAACAAGGGAGATGGTAAGGTAGTAGATGAGTTTAAGATGAGGGTTGTTTACATTTTTGCAAATCCTCCATCGCCTGTCCCAGAAGGATCTGAAGAAGGATCTCCTCCCAGGACCACTGCAGTTGATGATGGAAACCAAAATTTTGCTTTATTTGATGCTGTTTCAAGATCTCTGGAGGAGCCTAAGGAGAAATCATCACAGGCATGGGCTAACGTTTCTAAGTTGACCGAGGAGAAAGATGCTGCTTTACAAAAGAATCAGAAACTACGCCAGGAGCTGGAACTTCTGAGGAAAGAAGCGAGCGGAAGGCAGGGTGGCGGTTTCTCTGTATTGTTCGTGGTGCTAATCGGTCTCATTGGAGTTCTGATTGGTTACTTGGTGAAGAAAACATAG

Protein sequence

MVKGLCTLHATGATGSDRASATAQGSAYHPHLRSLPIWLQALLTEKFFNACVVHEDAKKNEKNIFCFDCSLGICPHCLSSHSSHKLLQIRRYVYHDVIRLDDATKLIDCAFVQRPQTRNFRGSSGNLCSTCDRSLQDPYLFCSVSCKIDYLVKTQGGVSRHLLECNFLQLPEPGWDDGLMMTPDSVLEPVGSNRTSSGSDGGVPEGKTLASTATTEFVKKKRSSLTAAAYRAACRPVCWPGTISETSGSLMSRRKGGRETALKEATKAYNSNILKENVEYKPKEEYDCDGYKYKDKDCYEYVELRKQSSCSLQLTNKTDKYVAFKVKTTNPKKYCVRPNAGIILPSSASNITVTMQAPKETPPDMQCKDKFLIQSVVAPDGTTSKDISAELFNKGDGKVVDEFKMRVVYIFANPPSPVPEGSEEGSPPRTTAVDDGNQNFALFDAVSRSLEEPKEKSSQAWANVSKLTEEKDAALQKNQKLRQELELLRKEASGRQGGGFSVLFVVLIGLIGVLIGYLVKKT

Homology

[Close]

BLAST of CmUC06G111170.1 vs. NCBI nr
Match: KAG6575216.1 (Vesicle-associated protein 1-3, partial [Cucurbita argyrosperma subsp. sororia])

HSP 1 Score: 660.6 bits (1703), Expect = 1.1e-185
Identity = 362/505 (71.68%), Postives = 387/505 (76.63%), Query Frame = 0


Query: 32  LRSLPIWLQALLTEKFFNACVVHEDAKKNEKNIFCFDCSLGICPHCLSSHSSHKLLQIRR 91
           + SLPIWLQALLT KFFNACV+HE AKKNEKNIFCFDCSLGICPHCLSSHSSHKLLQIRR
Sbjct: 1   MHSLPIWLQALLTHKFFNACVLHEHAKKNEKNIFCFDCSLGICPHCLSSHSSHKLLQIRR 60

Query: 92  YVYHDVIRLDDATKLIDCAFV--------------QRPQTRNFRGSSGNLCSTCDRSLQD 151
           YVYHDVIRLDDATKLIDCAFV              QRPQTRNFRGSSGNLCSTCDRSLQD
Sbjct: 61  YVYHDVIRLDDATKLIDCAFVQSYTTNSAKVVFLNQRPQTRNFRGSSGNLCSTCDRSLQD 120

Query: 152 PYLFCSVSCKIDYLVKTQGGVSRHLLECNFLQLPEPGWDDGLMMTPDSVLEPVGSNRTSS 211
           PYLFCS+SCKID+L+KT+GGVSR+LLECNF       WDDGLMMTPDSVLE  GSN+TSS
Sbjct: 121 PYLFCSLSCKIDFLMKTEGGVSRNLLECNF-----SAWDDGLMMTPDSVLELGGSNQTSS 180

Query: 212 GSDGGVPEGKTLASTATTEFVKKKRSSLTAAAYRAACRPVCWPGTISETSGSLMSRRKGG 271
           GSDGG  E    A                    R   R V W     E       R  G 
Sbjct: 181 GSDGGGVEDSVPAGLLA----------------RVDFRDV-WEFIEPE------KRLLGS 240

Query: 272 RETALKEATKAYNSNILKENVEYKPKEEYDCDGYKYKDKDCYEYVELRKQSSCSLQLTNK 331
           R T +             + +  +P E       K++        EL+KQSSCSL LTNK
Sbjct: 241 RATKMNSG----------DYINIQPSE------LKFQ-------FELKKQSSCSLHLTNK 300

Query: 332 TDKYVAFKVKTTNPKKYCVRPNAGIILPSSASNITVTMQAPKETPPDMQCKDKFLIQSVV 391
           TDKYVAFKVKTTNPKKYCVRPNAGIILPSS S+ITVTMQAPKE P DMQCKDKFLIQS +
Sbjct: 301 TDKYVAFKVKTTNPKKYCVRPNAGIILPSSISDITVTMQAPKEMPSDMQCKDKFLIQSAI 360

Query: 392 APDGTTSKDISAELFNKGDGKVVDEFKMRVVYIFANPPSPVPEGSEEGSPPRTTAVDDGN 451
           APDGTT+KDISAELFNKGDGKVVD+FKMRVVYIFANPPSPVPEGSEEGSP RT AV+DGN
Sbjct: 361 APDGTTAKDISAELFNKGDGKVVDDFKMRVVYIFANPPSPVPEGSEEGSPSRTNAVEDGN 420

Query: 452 QNFALFDAVSRSLEEPKEKSSQAWANVSKLTEEKDAALQKNQKLRQELELLRKEASGRQG 511
           QNFALFDAVSRSL+EPKE SSQ  +N+SKLTEEK AALQ+NQKLRQELELL+KE SGRQG
Sbjct: 421 QNFALFDAVSRSLDEPKEISSQVSSNISKLTEEKAAALQQNQKLRQELELLKKETSGRQG 454

Query: 512 GGFSVLFVVLIGLIGVLIGYLVKKT 523
           GGFSVLFVVLIGLIGVLIGYLVKKT
Sbjct: 481 GGFSVLFVVLIGLIGVLIGYLVKKT 454

[Close]

BLAST of CmUC06G111170.1 vs. NCBI nr
Match: XP_008458138.1 (PREDICTED: uncharacterized protein LOC103497663 [Cucumis melo])

HSP 1 Score: 440.3 bits (1131), Expect = 2.4e-119
Identity = 216/242 (89.26%), Postives = 220/242 (90.91%), Query Frame = 0


Query: 34  SLPIWLQALLTEKFFNACVVHEDAKKNEKNIFCFDCSLGICPHCLSSHSSHKLLQIRRYV 93
           SLPIWLQALLTEKFFNACVVHEDAKKNEKNIFCFDCSLGICPHCLSSHSSHKLLQIRRYV
Sbjct: 3   SLPIWLQALLTEKFFNACVVHEDAKKNEKNIFCFDCSLGICPHCLSSHSSHKLLQIRRYV 62

Query: 94  YHDVIRLDDATKLIDCAFV--------------QRPQTRNFRGSSGNLCSTCDRSLQDPY 153
           YHDVIRLDDATKLIDCAFV              QRPQTRNFRGSSGNLCSTCDRSLQDPY
Sbjct: 63  YHDVIRLDDATKLIDCAFVQSYTTNSAKVVFLKQRPQTRNFRGSSGNLCSTCDRSLQDPY 122

Query: 154 LFCSVSCKIDYLVKTQGGVSRHLLECNFLQLPEPGWDDGLMMTPDSVLEPVGSNRTSSGS 213
           LFCSVSCKIDYLVKTQGG+S++LLECNFL LPEPGWDDGLMMTPDSVLEPVGS RTSSGS
Sbjct: 123 LFCSVSCKIDYLVKTQGGISKYLLECNFLPLPEPGWDDGLMMTPDSVLEPVGSTRTSSGS 182

Query: 214 DGGVPEGKTLASTATTEFVKKKRSSLTAAAYRAACRPVCWPGTISETSGSLMSRRKGGRE 262
           DGG  EGKTL STATTEFVKKKRSSLTAAAYRAACRPVCWPGTISETSGSLMSRRKG  +
Sbjct: 183 DGGGTEGKTLVSTATTEFVKKKRSSLTAAAYRAACRPVCWPGTISETSGSLMSRRKGTPQ 242

[Close]

BLAST of CmUC06G111170.1 vs. NCBI nr
Match: XP_011656872.1 (uncharacterized protein LOC101214475 [Cucumis sativus] >KGN46574.1 hypothetical protein Csa_005519 [Cucumis sativus])

HSP 1 Score: 438.3 bits (1126), Expect = 9.0e-119
Identity = 217/244 (88.93%), Postives = 221/244 (90.57%), Query Frame = 0


Query: 34  SLPIWLQALLTEKFFNACVVHEDAKKNEKNIFCFDCSLGICPHCLSSHSSHKLLQIRRYV 93
           SLPIWLQALLTEKFFNACVVHEDAKKNEKNIFCFDCSLGICPHCLSSHSSHKLLQIRRYV
Sbjct: 3   SLPIWLQALLTEKFFNACVVHEDAKKNEKNIFCFDCSLGICPHCLSSHSSHKLLQIRRYV 62

Query: 94  YHDVIRLDDATKLIDCAFV--------------QRPQTRNFRGSSGNLCSTCDRSLQDPY 153
           YHDVIRLDDATKLIDCAFV              QRPQTRNFRGSSGNLCSTCDRSLQDPY
Sbjct: 63  YHDVIRLDDATKLIDCAFVQSYTTNSAKVVFLKQRPQTRNFRGSSGNLCSTCDRSLQDPY 122

Query: 154 LFCSVSCKIDYLVKTQGGVSRHLLECNFLQLPEPGWDDGLMMTPDSVLEPVGSNRTSSGS 213
           LFCSVSCKIDYLVKTQGG+S+HLLECNFL LPEPGWDDGLMMTPDSVLEPVGSNR+SSGS
Sbjct: 123 LFCSVSCKIDYLVKTQGGISKHLLECNFLPLPEPGWDDGLMMTPDSVLEPVGSNRSSSGS 182

Query: 214 DGGVPEGKTLASTATTEFVKKKRSSLT--AAAYRAACRPVCWPGTISETSGSLMSRRKGG 262
           DGG  EGKTL STATTEFVKKKRSSLT  AAAYRAACRPVCWPGTISETSGSLMSRRKG 
Sbjct: 183 DGGGTEGKTLVSTATTEFVKKKRSSLTAAAAAYRAACRPVCWPGTISETSGSLMSRRKGT 242

[Close]

BLAST of CmUC06G111170.1 vs. NCBI nr
Match: XP_038874796.1 (vesicle-associated protein 1-3 [Benincasa hispida])

HSP 1 Score: 422.2 bits (1084), Expect = 6.7e-114
Identity = 217/220 (98.64%), Postives = 219/220 (99.55%), Query Frame = 0


Query: 303 ELRKQSSCSLQLTNKTDKYVAFKVKTTNPKKYCVRPNAGIILPSSASNITVTMQAPKETP 362
           ELRKQSSCSLQLTNKTDKYVAFKVKTTNPKKYCVRPNAGIILPSSASNITVTMQAPKETP
Sbjct: 19  ELRKQSSCSLQLTNKTDKYVAFKVKTTNPKKYCVRPNAGIILPSSASNITVTMQAPKETP 78

Query: 363 PDMQCKDKFLIQSVVAPDGTTSKDISAELFNKGDGKVVDEFKMRVVYIFANPPSPVPEGS 422
           PDMQCKDKFLIQSVVAPDGTTSKDISAELFNKGDGKVVDEFKMRVVYIFANPPSPVPEGS
Sbjct: 79  PDMQCKDKFLIQSVVAPDGTTSKDISAELFNKGDGKVVDEFKMRVVYIFANPPSPVPEGS 138

Query: 423 EEGSPPRTTAVDDGNQNFALFDAVSRSLEEPKEKSSQAWANVSKLTEEKDAALQKNQKLR 482
           EEGSPPRTTAVDDGNQNFALFDAVSRSLEEPKEKSSQ W+NVSKLTEEKDAALQKNQKLR
Sbjct: 139 EEGSPPRTTAVDDGNQNFALFDAVSRSLEEPKEKSSQTWSNVSKLTEEKDAALQKNQKLR 198

Query: 483 QELELLRKEASGRQGGGFSVLFVVLIGLIGVLIGYLVKKT 523
           QELELLRKEASGRQGGGFSVLFVVL+GLIGVLIGYLVKKT
Sbjct: 199 QELELLRKEASGRQGGGFSVLFVVLVGLIGVLIGYLVKKT 238

[Close]

BLAST of CmUC06G111170.1 vs. NCBI nr
Match: XP_008458137.1 (PREDICTED: vesicle-associated protein 1-3 [Cucumis melo])

HSP 1 Score: 415.6 bits (1067), Expect = 6.3e-112
Identity = 214/220 (97.27%), Postives = 216/220 (98.18%), Query Frame = 0


Query: 303 ELRKQSSCSLQLTNKTDKYVAFKVKTTNPKKYCVRPNAGIILPSSASNITVTMQAPKETP 362
           ELRKQSSCSLQLTNKTDKYVAFKVKTTNPKKYCVRPNAGIILPSSASNITVTMQAPKE P
Sbjct: 19  ELRKQSSCSLQLTNKTDKYVAFKVKTTNPKKYCVRPNAGIILPSSASNITVTMQAPKEAP 78

Query: 363 PDMQCKDKFLIQSVVAPDGTTSKDISAELFNKGDGKVVDEFKMRVVYIFANPPSPVPEGS 422
           PDMQCKDKFLIQSVVAPDGTTSKDISAELFNKGDGKVVDEFKMRVVYIFANPPSPVPEGS
Sbjct: 79  PDMQCKDKFLIQSVVAPDGTTSKDISAELFNKGDGKVVDEFKMRVVYIFANPPSPVPEGS 138

Query: 423 EEGSPPRTTAVDDGNQNFALFDAVSRSLEEPKEKSSQAWANVSKLTEEKDAALQKNQKLR 482
           EEGSPPRTT VDDGNQNFALFDAVSRSLEEPKEKSSQAW+NVSKLTEEKDAAL KN KLR
Sbjct: 139 EEGSPPRTTGVDDGNQNFALFDAVSRSLEEPKEKSSQAWSNVSKLTEEKDAALLKNHKLR 198

Query: 483 QELELLRKEASGRQGGGFSVLFVVLIGLIGVLIGYLVKKT 523
           QELELLRKEASGRQGGGFSVLFVVL+GLIGVLIGYLVKKT
Sbjct: 199 QELELLRKEASGRQGGGFSVLFVVLVGLIGVLIGYLVKKT 238

[Close]

BLAST of CmUC06G111170.1 vs. ExPASy Swiss-Prot
Match: Q84WW5 (Vesicle-associated protein 1-3 OS=Arabidopsis thaliana OX=3702 GN=PVA13 PE=2 SV=1)

HSP 1 Score: 281.2 bits (718), Expect = 2.4e-74
Identity = 141/220 (64.09%), Postives = 181/220 (82.27%), Query Frame = 0


Query: 303 ELRKQSSCSLQLTNK-TDKYVAFKVKTTNPKKYCVRPNAGIILPSSASNITVTMQAPKET 362
           EL+KQSSCS+QLTNK T + VAFKVKTTNP+KYCVRPN G++LP  + N+TVTMQA KE 
Sbjct: 19  ELKKQSSCSMQLTNKTTTQCVAFKVKTTNPRKYCVRPNTGVVLPGDSCNVTVTMQAQKEA 78

Query: 363 PPDMQCKDKFLIQSVVAPDGTTSKDISAELFNKGDGKVVDEFKMRVVYIFANPPSPVPEG 422
           P DMQCKDKFL+Q+VV  DGTTSK++ AE+FNK  G+V+++FK+RVVYI ANPPSPVPEG
Sbjct: 79  PLDMQCKDKFLVQTVVVSDGTTSKEVLAEMFNKEAGRVIEDFKLRVVYIPANPPSPVPEG 138

Query: 423 SEEGSPPRTTAVDDGNQNFALFDAVSRSLEEPKEKSSQAWANVSKLTEEKDAALQKNQKL 482
           SEEG+ P  +  D  +Q+ +LFD VSR+ EE  EKSS+AW+ +SKLTEEK +A Q++QKL
Sbjct: 139 SEEGNSPMASLNDIASQSASLFDDVSRTFEETSEKSSEAWSMISKLTEEKTSATQQSQKL 198

Query: 483 RQELELLRKEASGRQGGGFSVLFVVLIGLIGVLIGYLVKK 522
           R ELE+LRKE S +Q GG S+L ++L+GL+G +IGYL+ +
Sbjct: 199 RLELEMLRKETSKKQSGGHSLLLMLLVGLLGCVIGYLLNR 238

[Close]

BLAST of CmUC06G111170.1 vs. ExPASy Swiss-Prot
Match: Q9SHC8 (Vesicle-associated protein 1-2 OS=Arabidopsis thaliana OX=3702 GN=PVA12 PE=1 SV=1)

HSP 1 Score: 234.6 bits (597), Expect = 2.6e-60
Identity = 123/222 (55.41%), Postives = 164/222 (73.87%), Query Frame = 0


Query: 303 ELRKQSSCSLQLTNKTDKYVAFKVKTTNPKKYCVRPNAGIILPSSASNITVTMQAPKETP 362
           EL+KQ SCSL L NKTD YVAFKVKTTNPKKYCVRPN G++ P S+S + VTMQA KE P
Sbjct: 18  ELKKQISCSLYLGNKTDNYVAFKVKTTNPKKYCVRPNTGVVHPRSSSEVLVTMQAQKEAP 77

Query: 363 PDMQCKDKFLIQSVVAPDGTTSKDISAELFNKGDGKVVDEFKMRVVYIF-ANPPSPVPEG 422
            D+QCKDKFL+Q VVA  G T KD++ E+F+K  G  V+E K+RVVY+    PPSPV EG
Sbjct: 78  ADLQCKDKFLLQCVVASPGATPKDVTHEMFSKEAGHRVEETKLRVVYVAPPRPPSPVREG 137

Query: 423 SEEGSPPRTTAVDDGN-QNFALFDAVSRSLEEPKEKSSQAWANVSKLTEEKDAALQKNQK 482
           SEEGS PR +  D+GN  +F      S    + ++ SS+A A V+KLTEEK++A+Q N +
Sbjct: 138 SEEGSSPRASVSDNGNASDFTAAPRFSADRVDAQDNSSEARALVTKLTEEKNSAVQLNNR 197

Query: 483 LRQELELLRKEASGRQGGGFSVLFVVLIGLIGVLIGYLVKKT 523
           L+QEL+ LR+E+   + GG   ++V+L+GLIG+++GY++K+T
Sbjct: 198 LQQELDQLRRESKRSKSGGIPFMYVLLVGLIGLILGYIMKRT 239

[Close]

BLAST of CmUC06G111170.1 vs. ExPASy Swiss-Prot
Match: Q8VZ95 (Vesicle-associated protein 1-1 OS=Arabidopsis thaliana OX=3702 GN=PVA11 PE=1 SV=1)

HSP 1 Score: 228.0 bits (580), Expect = 2.4e-58
Identity = 118/222 (53.15%), Postives = 162/222 (72.97%), Query Frame = 0


Query: 303 ELRKQSSCSLQLTNKTDKYVAFKVKTTNPKKYCVRPNAGIILPSSASNITVTMQAPKETP 362
           EL+KQ SCSL LTNKTD  VAFKVKTTNPKKYCVRPN G++LP S   + VTMQA KE P
Sbjct: 35  ELKKQISCSLYLTNKTDNNVAFKVKTTNPKKYCVRPNTGVVLPRSTCEVLVTMQAQKEAP 94

Query: 363 PDMQCKDKFLIQSVVAPDGTTSKDISAELFNKGDGKVVDEFKMRVVYIF-ANPPSPVPEG 422
            DMQCKDKFL+Q V+A  G T+K+++ E+F+K  G  V+E K+RV Y+    PPSPV EG
Sbjct: 95  SDMQCKDKFLLQGVIASPGVTAKEVTPEMFSKEAGHRVEETKLRVTYVAPPRPPSPVHEG 154

Query: 423 SEEGSPPRTTAVDDGN-QNFALFDAVSRSLEEPKEKSSQAWANVSKLTEEKDAALQKNQK 482
           SEEGS PR +  D+G+   F+    +  +    +E +S+A A ++KLTEEK +A+Q N +
Sbjct: 155 SEEGSSPRASVSDNGHGSEFSFERFIVDNKAGHQENTSEARALITKLTEEKQSAIQLNNR 214

Query: 483 LRQELELLRKEASGRQGGGFSVLFVVLIGLIGVLIGYLVKKT 523
           L++EL+ LR+E+   Q GG   ++V+L+GLIG+++GY++K+T
Sbjct: 215 LQRELDQLRRESKKSQSGGIPFMYVLLVGLIGLILGYIMKRT 256

[Close]

BLAST of CmUC06G111170.1 vs. ExPASy Swiss-Prot
Match: Q1G3Q4 (Protein RGF1 INDUCIBLE TRANSCRIPTION FACTOR 1 OS=Arabidopsis thaliana OX=3702 GN=RITF1 PE=1 SV=1)

HSP 1 Score: 170.6 bits (431), Expect = 4.6e-41
Identity = 91/222 (40.99%), Postives = 120/222 (54.05%), Query Frame = 0


Query: 36  PIWLQALLTEKFFNACVVHEDAKKNEKNIFCFDCSLGICPHCLSSHSSHKLLQIRRYVYH 95
           P WL AL  EKFF  C  HE AKKNE+N+ C DC   +CPHC+ SH  H+LLQ+RRYVYH
Sbjct: 6   PAWLDALYAEKFFVGCPYHETAKKNERNVCCLDCCTSLCPHCVPSHRFHRLLQVRRYVYH 65

Query: 96  DVIRLDDATKLIDCAFVQ--------------RPQTRNFRGSSGNLCSTCDRSLQDPYLF 155
           DV+RL+D  KLIDC+ VQ              RPQ R F+G +GN C++CDRSLQ+PY+ 
Sbjct: 66  DVVRLEDLQKLIDCSNVQAYTINSAKVVFIKKRPQNRQFKG-AGNYCTSCDRSLQEPYIH 125

Query: 156 CSVSCKIDYLVKTQGGVSRHLLECNFLQLPEPGWDDGLMMTPDSVLEPVGSNRT------ 215
           CS+ CK+D+++K    ++  L  C+ L L         ++T D V        T      
Sbjct: 126 CSLGCKVDFVMKRYRDITPFLKPCHTLTLGPDYIIPQDLLTDDEVAAYETPRSTVVDGDE 185

Query: 216 -----SSGSDGGVPEGKTLASTATTEFVKKKRSSLTAAAYRA 233
                S+ SD          +  TT  V+KKR+     A  A
Sbjct: 186 SMSWSSASSDNNNAGAAAAYAATTTHVVRKKRTGFCLCAKSA 226

[Close]

BLAST of CmUC06G111170.1 vs. ExPASy Swiss-Prot
Match: Q9LVU1 (Vesicle-associated protein 2-1 OS=Arabidopsis thaliana OX=3702 GN=PVA21 PE=1 SV=1)

HSP 1 Score: 159.1 bits (401), Expect = 1.4e-37
Identity = 93/221 (42.08%), Postives = 132/221 (59.73%), Query Frame = 0


Query: 303 ELRKQSSCSLQLTNKTDKYVAFKVKTTNPKKYCVRPNAGIILPSSASNITVTMQAPKETP 362
           EL KQS C L++ NKT+ YVAFKVKTT+PKKY VRPN G+I P  +  I VT+QA +E P
Sbjct: 22  ELEKQSYCDLKVANKTENYVAFKVKTTSPKKYFVRPNTGVIQPWDSCIIRVTLQAQREYP 81

Query: 363 PDMQCKDKFLIQSVVAPDGTTSKDISAELFNKGDGKVVDEFKMRVVYIFANPPSPVPEGS 422
           PDMQCKDKFL+QS + P  T   ++  + F K  GK + E K++V YI    PS     S
Sbjct: 82  PDMQCKDKFLLQSTIVPPHTDVDELPQDTFTKDSGKTLTECKLKVSYI---TPSTTQRSS 141

Query: 423 EEGSPPRTTAVDDGNQNFALFDAVSRSLEEPKEKSSQAWANVSKLTEEKDAALQKNQKLR 482
           E G+        DG                   +SS+  + + +L EE+DAA+++ Q+L+
Sbjct: 142 ESGA-----TNGDG-------------------QSSETISTIQRLKEERDAAVKQTQQLQ 201

Query: 483 QELELLRKEASGR-QGGGFSVLFVVLIGLIGVLIGYLVKKT 523
            ELE +R+  + R  G G S+    ++GLIG++IG+++K T
Sbjct: 202 HELETVRRRRNQRNSGNGLSLKLAAMVGLIGLIIGFILKLT 215

[Close]

BLAST of CmUC06G111170.1 vs. ExPASy TrEMBL
Match: A0A1S3C8E3 (uncharacterized protein LOC103497663 OS=Cucumis melo OX=3656 GN=LOC103497663 PE=4 SV=1)

HSP 1 Score: 440.3 bits (1131), Expect = 1.1e-119
Identity = 216/242 (89.26%), Postives = 220/242 (90.91%), Query Frame = 0


Query: 34  SLPIWLQALLTEKFFNACVVHEDAKKNEKNIFCFDCSLGICPHCLSSHSSHKLLQIRRYV 93
           SLPIWLQALLTEKFFNACVVHEDAKKNEKNIFCFDCSLGICPHCLSSHSSHKLLQIRRYV
Sbjct: 3   SLPIWLQALLTEKFFNACVVHEDAKKNEKNIFCFDCSLGICPHCLSSHSSHKLLQIRRYV 62

Query: 94  YHDVIRLDDATKLIDCAFV--------------QRPQTRNFRGSSGNLCSTCDRSLQDPY 153
           YHDVIRLDDATKLIDCAFV              QRPQTRNFRGSSGNLCSTCDRSLQDPY
Sbjct: 63  YHDVIRLDDATKLIDCAFVQSYTTNSAKVVFLKQRPQTRNFRGSSGNLCSTCDRSLQDPY 122

Query: 154 LFCSVSCKIDYLVKTQGGVSRHLLECNFLQLPEPGWDDGLMMTPDSVLEPVGSNRTSSGS 213
           LFCSVSCKIDYLVKTQGG+S++LLECNFL LPEPGWDDGLMMTPDSVLEPVGS RTSSGS
Sbjct: 123 LFCSVSCKIDYLVKTQGGISKYLLECNFLPLPEPGWDDGLMMTPDSVLEPVGSTRTSSGS 182

Query: 214 DGGVPEGKTLASTATTEFVKKKRSSLTAAAYRAACRPVCWPGTISETSGSLMSRRKGGRE 262
           DGG  EGKTL STATTEFVKKKRSSLTAAAYRAACRPVCWPGTISETSGSLMSRRKG  +
Sbjct: 183 DGGGTEGKTLVSTATTEFVKKKRSSLTAAAYRAACRPVCWPGTISETSGSLMSRRKGTPQ 242

[Close]

BLAST of CmUC06G111170.1 vs. ExPASy TrEMBL
Match: A0A0A0KCM1 (B box-type domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_6G109690 PE=4 SV=1)

HSP 1 Score: 438.3 bits (1126), Expect = 4.4e-119
Identity = 217/244 (88.93%), Postives = 221/244 (90.57%), Query Frame = 0


Query: 34  SLPIWLQALLTEKFFNACVVHEDAKKNEKNIFCFDCSLGICPHCLSSHSSHKLLQIRRYV 93
           SLPIWLQALLTEKFFNACVVHEDAKKNEKNIFCFDCSLGICPHCLSSHSSHKLLQIRRYV
Sbjct: 3   SLPIWLQALLTEKFFNACVVHEDAKKNEKNIFCFDCSLGICPHCLSSHSSHKLLQIRRYV 62

Query: 94  YHDVIRLDDATKLIDCAFV--------------QRPQTRNFRGSSGNLCSTCDRSLQDPY 153
           YHDVIRLDDATKLIDCAFV              QRPQTRNFRGSSGNLCSTCDRSLQDPY
Sbjct: 63  YHDVIRLDDATKLIDCAFVQSYTTNSAKVVFLKQRPQTRNFRGSSGNLCSTCDRSLQDPY 122

Query: 154 LFCSVSCKIDYLVKTQGGVSRHLLECNFLQLPEPGWDDGLMMTPDSVLEPVGSNRTSSGS 213
           LFCSVSCKIDYLVKTQGG+S+HLLECNFL LPEPGWDDGLMMTPDSVLEPVGSNR+SSGS
Sbjct: 123 LFCSVSCKIDYLVKTQGGISKHLLECNFLPLPEPGWDDGLMMTPDSVLEPVGSNRSSSGS 182

Query: 214 DGGVPEGKTLASTATTEFVKKKRSSLT--AAAYRAACRPVCWPGTISETSGSLMSRRKGG 262
           DGG  EGKTL STATTEFVKKKRSSLT  AAAYRAACRPVCWPGTISETSGSLMSRRKG 
Sbjct: 183 DGGGTEGKTLVSTATTEFVKKKRSSLTAAAAAYRAACRPVCWPGTISETSGSLMSRRKGT 242

[Close]

BLAST of CmUC06G111170.1 vs. ExPASy TrEMBL
Match: A0A1S3C7R5 (vesicle-associated protein 1-3 OS=Cucumis melo OX=3656 GN=LOC103497662 PE=4 SV=1)

HSP 1 Score: 415.6 bits (1067), Expect = 3.0e-112
Identity = 214/220 (97.27%), Postives = 216/220 (98.18%), Query Frame = 0


Query: 303 ELRKQSSCSLQLTNKTDKYVAFKVKTTNPKKYCVRPNAGIILPSSASNITVTMQAPKETP 362
           ELRKQSSCSLQLTNKTDKYVAFKVKTTNPKKYCVRPNAGIILPSSASNITVTMQAPKE P
Sbjct: 19  ELRKQSSCSLQLTNKTDKYVAFKVKTTNPKKYCVRPNAGIILPSSASNITVTMQAPKEAP 78

Query: 363 PDMQCKDKFLIQSVVAPDGTTSKDISAELFNKGDGKVVDEFKMRVVYIFANPPSPVPEGS 422
           PDMQCKDKFLIQSVVAPDGTTSKDISAELFNKGDGKVVDEFKMRVVYIFANPPSPVPEGS
Sbjct: 79  PDMQCKDKFLIQSVVAPDGTTSKDISAELFNKGDGKVVDEFKMRVVYIFANPPSPVPEGS 138

Query: 423 EEGSPPRTTAVDDGNQNFALFDAVSRSLEEPKEKSSQAWANVSKLTEEKDAALQKNQKLR 482
           EEGSPPRTT VDDGNQNFALFDAVSRSLEEPKEKSSQAW+NVSKLTEEKDAAL KN KLR
Sbjct: 139 EEGSPPRTTGVDDGNQNFALFDAVSRSLEEPKEKSSQAWSNVSKLTEEKDAALLKNHKLR 198

Query: 483 QELELLRKEASGRQGGGFSVLFVVLIGLIGVLIGYLVKKT 523
           QELELLRKEASGRQGGGFSVLFVVL+GLIGVLIGYLVKKT
Sbjct: 199 QELELLRKEASGRQGGGFSVLFVVLVGLIGVLIGYLVKKT 238

[Close]

BLAST of CmUC06G111170.1 vs. ExPASy TrEMBL
Match: A0A0A0KDW5 (MSP domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_6G109670 PE=4 SV=1)

HSP 1 Score: 413.7 bits (1062), Expect = 1.2e-111
Identity = 213/220 (96.82%), Postives = 216/220 (98.18%), Query Frame = 0


Query: 303 ELRKQSSCSLQLTNKTDKYVAFKVKTTNPKKYCVRPNAGIILPSSASNITVTMQAPKETP 362
           ELRKQSSCSLQLTNKTDKYVAFKVKTTNPKKYCVRPNAGIILPSSASNITVTMQAPKE P
Sbjct: 19  ELRKQSSCSLQLTNKTDKYVAFKVKTTNPKKYCVRPNAGIILPSSASNITVTMQAPKEAP 78

Query: 363 PDMQCKDKFLIQSVVAPDGTTSKDISAELFNKGDGKVVDEFKMRVVYIFANPPSPVPEGS 422
           PDMQCKDKFLIQSVVAPDGTTSKDISAELFNKGDGKVVDEFKMRVVYIFANPPSPVPEGS
Sbjct: 79  PDMQCKDKFLIQSVVAPDGTTSKDISAELFNKGDGKVVDEFKMRVVYIFANPPSPVPEGS 138

Query: 423 EEGSPPRTTAVDDGNQNFALFDAVSRSLEEPKEKSSQAWANVSKLTEEKDAALQKNQKLR 482
           EEGSPPRTT VDDG+QNFALFDAVSRSLEEPKEKSSQAW+NVSKLTEEKDAAL KN KLR
Sbjct: 139 EEGSPPRTTGVDDGSQNFALFDAVSRSLEEPKEKSSQAWSNVSKLTEEKDAALLKNHKLR 198

Query: 483 QELELLRKEASGRQGGGFSVLFVVLIGLIGVLIGYLVKKT 523
           QELELLRKEASGRQGGGFSVLFVVL+GLIGVLIGYLVKKT
Sbjct: 199 QELELLRKEASGRQGGGFSVLFVVLVGLIGVLIGYLVKKT 238

[Close]

BLAST of CmUC06G111170.1 vs. ExPASy TrEMBL
Match: A0A6J1KLI0 (vesicle-associated protein 1-3-like isoform X1 OS=Cucurbita maxima OX=3661 GN=LOC111494368 PE=4 SV=1)

HSP 1 Score: 399.8 bits (1026), Expect = 1.7e-107
Identity = 205/224 (91.52%), Postives = 214/224 (95.54%), Query Frame = 0


Query: 299 YEYVELRKQSSCSLQLTNKTDKYVAFKVKTTNPKKYCVRPNAGIILPSSASNITVTMQAP 358
           Y  VEL+KQ+SCSLQLTNKTDKYVAFKVKTTNPKKYCVRPNAGIILPSSAS+ITVTMQ P
Sbjct: 69  YGKVELKKQTSCSLQLTNKTDKYVAFKVKTTNPKKYCVRPNAGIILPSSASHITVTMQGP 128

Query: 359 KETPPDMQCKDKFLIQSVVAPDGTTSKDISAELFNKGDGKVVDEFKMRVVYIFANPPSPV 418
           KE PPDMQCKDKFLIQSVVAPDGTTSKDISAELFNKGDGKVVDEFKMRVVY FANPPSPV
Sbjct: 129 KEAPPDMQCKDKFLIQSVVAPDGTTSKDISAELFNKGDGKVVDEFKMRVVYTFANPPSPV 188

Query: 419 PEGSEEGSPPRTTAVDDGNQNFALFDAVSRSLEEPKEKSSQAWANVSKLTEEKDAALQKN 478
           PEGSEEGSPPRT AVDDGNQNFALFDAVSRSLE+PKEKSSQ W+ VSKLTEEK AALQ+N
Sbjct: 189 PEGSEEGSPPRTAAVDDGNQNFALFDAVSRSLEDPKEKSSQTWSTVSKLTEEKVAALQQN 248

Query: 479 QKLRQELELLRKEASGRQGGGFSVLFVVLIGLIGVLIGYLVKKT 523
           QKLRQELELLRKE+SGRQGGGFSVL VVL+GLIGVLIGYL+KKT
Sbjct: 249 QKLRQELELLRKESSGRQGGGFSVLLVVLVGLIGVLIGYLLKKT 292

[Close]

BLAST of CmUC06G111170.1 vs. TAIR 10
Match: AT4G00170.1 (Plant VAMP (vesicle-associated membrane protein) family protein )

HSP 1 Score: 281.2 bits (718), Expect = 1.7e-75
Identity = 141/220 (64.09%), Postives = 181/220 (82.27%), Query Frame = 0


Query: 303 ELRKQSSCSLQLTNK-TDKYVAFKVKTTNPKKYCVRPNAGIILPSSASNITVTMQAPKET 362
           EL+KQSSCS+QLTNK T + VAFKVKTTNP+KYCVRPN G++LP  + N+TVTMQA KE 
Sbjct: 19  ELKKQSSCSMQLTNKTTTQCVAFKVKTTNPRKYCVRPNTGVVLPGDSCNVTVTMQAQKEA 78

Query: 363 PPDMQCKDKFLIQSVVAPDGTTSKDISAELFNKGDGKVVDEFKMRVVYIFANPPSPVPEG 422
           P DMQCKDKFL+Q+VV  DGTTSK++ AE+FNK  G+V+++FK+RVVYI ANPPSPVPEG
Sbjct: 79  PLDMQCKDKFLVQTVVVSDGTTSKEVLAEMFNKEAGRVIEDFKLRVVYIPANPPSPVPEG 138

Query: 423 SEEGSPPRTTAVDDGNQNFALFDAVSRSLEEPKEKSSQAWANVSKLTEEKDAALQKNQKL 482
           SEEG+ P  +  D  +Q+ +LFD VSR+ EE  EKSS+AW+ +SKLTEEK +A Q++QKL
Sbjct: 139 SEEGNSPMASLNDIASQSASLFDDVSRTFEETSEKSSEAWSMISKLTEEKTSATQQSQKL 198

Query: 483 RQELELLRKEASGRQGGGFSVLFVVLIGLIGVLIGYLVKK 522
           R ELE+LRKE S +Q GG S+L ++L+GL+G +IGYL+ +
Sbjct: 199 RLELEMLRKETSKKQSGGHSLLLMLLVGLLGCVIGYLLNR 238

[Close]

BLAST of CmUC06G111170.1 vs. TAIR 10
Match: AT2G45140.1 (plant VAP homolog 12 )

HSP 1 Score: 234.6 bits (597), Expect = 1.8e-61
Identity = 123/222 (55.41%), Postives = 164/222 (73.87%), Query Frame = 0


Query: 303 ELRKQSSCSLQLTNKTDKYVAFKVKTTNPKKYCVRPNAGIILPSSASNITVTMQAPKETP 362
           EL+KQ SCSL L NKTD YVAFKVKTTNPKKYCVRPN G++ P S+S + VTMQA KE P
Sbjct: 18  ELKKQISCSLYLGNKTDNYVAFKVKTTNPKKYCVRPNTGVVHPRSSSEVLVTMQAQKEAP 77

Query: 363 PDMQCKDKFLIQSVVAPDGTTSKDISAELFNKGDGKVVDEFKMRVVYIF-ANPPSPVPEG 422
            D+QCKDKFL+Q VVA  G T KD++ E+F+K  G  V+E K+RVVY+    PPSPV EG
Sbjct: 78  ADLQCKDKFLLQCVVASPGATPKDVTHEMFSKEAGHRVEETKLRVVYVAPPRPPSPVREG 137

Query: 423 SEEGSPPRTTAVDDGN-QNFALFDAVSRSLEEPKEKSSQAWANVSKLTEEKDAALQKNQK 482
           SEEGS PR +  D+GN  +F      S    + ++ SS+A A V+KLTEEK++A+Q N +
Sbjct: 138 SEEGSSPRASVSDNGNASDFTAAPRFSADRVDAQDNSSEARALVTKLTEEKNSAVQLNNR 197

Query: 483 LRQELELLRKEASGRQGGGFSVLFVVLIGLIGVLIGYLVKKT 523
           L+QEL+ LR+E+   + GG   ++V+L+GLIG+++GY++K+T
Sbjct: 198 LQQELDQLRRESKRSKSGGIPFMYVLLVGLIGLILGYIMKRT 239

[Close]

BLAST of CmUC06G111170.1 vs. TAIR 10
Match: AT3G60670.1 (PLATZ transcription factor family protein )

HSP 1 Score: 231.1 bits (588), Expect = 2.0e-60
Identity = 127/244 (52.05%), Postives = 154/244 (63.11%), Query Frame = 0


Query: 36  PIWLQALLTEKFFNACVVHEDAKKNEKNIFCFDCSLGICPHCLSSHSSHKLLQIRRYVYH 95
           P WL+ LL +KFFNAC+ HED KKNEKNI C DC L ICPHCLSSH+SH+LLQIRRYVY 
Sbjct: 7   PAWLEVLLKDKFFNACLDHEDDKKNEKNILCIDCCLTICPHCLSSHTSHRLLQIRRYVYR 66

Query: 96  DVIRLDDATKLIDCAFVQ--------------RPQTRNFRGSSGNLCSTCDRSLQDPYLF 155
           DV+R++D +KL+DC+ +Q              RPQ+R FRG SGN+C TCDRSLQ PYLF
Sbjct: 67  DVLRVEDGSKLMDCSLIQPYTTNSSKVVFINERPQSRQFRG-SGNICITCDRSLQSPYLF 126

Query: 156 CSVSCKIDYLVKTQGGVSRHLLECNFLQLPEPGWDDGLMMTPDSVLEPVGSNRTSSGSDG 215
           C +SCKI  ++  Q G+S  L  CN L L     D+    TP S LEP GSNRTSS S G
Sbjct: 127 CCLSCKISDVIMRQRGLSGFLRVCNVLDLT----DEVTTTTPSSTLEPTGSNRTSSESSG 186

Query: 216 GVPEG----KTLASTATTEFVKKKRSSLTAAAYRAACRPVCWPGTISETSGSLMSRRKGG 262
              E     + LA TATTE V+KKRSSL+    R          T +E   + ++RRK  
Sbjct: 187 NEGEDMFWCQALACTATTEIVRKKRSSLSTTCRRVT---EVVSTTNTEAPVNFLNRRKNP 242

[Close]

BLAST of CmUC06G111170.1 vs. TAIR 10
Match: AT3G60600.1 (vesicle associated protein )

HSP 1 Score: 228.0 bits (580), Expect = 1.7e-59
Identity = 118/222 (53.15%), Postives = 162/222 (72.97%), Query Frame = 0


Query: 303 ELRKQSSCSLQLTNKTDKYVAFKVKTTNPKKYCVRPNAGIILPSSASNITVTMQAPKETP 362
           EL+KQ SCSL LTNKTD  VAFKVKTTNPKKYCVRPN G++LP S   + VTMQA KE P
Sbjct: 35  ELKKQISCSLYLTNKTDNNVAFKVKTTNPKKYCVRPNTGVVLPRSTCEVLVTMQAQKEAP 94

Query: 363 PDMQCKDKFLIQSVVAPDGTTSKDISAELFNKGDGKVVDEFKMRVVYIF-ANPPSPVPEG 422
            DMQCKDKFL+Q V+A  G T+K+++ E+F+K  G  V+E K+RV Y+    PPSPV EG
Sbjct: 95  SDMQCKDKFLLQGVIASPGVTAKEVTPEMFSKEAGHRVEETKLRVTYVAPPRPPSPVHEG 154

Query: 423 SEEGSPPRTTAVDDGN-QNFALFDAVSRSLEEPKEKSSQAWANVSKLTEEKDAALQKNQK 482
           SEEGS PR +  D+G+   F+    +  +    +E +S+A A ++KLTEEK +A+Q N +
Sbjct: 155 SEEGSSPRASVSDNGHGSEFSFERFIVDNKAGHQENTSEARALITKLTEEKQSAIQLNNR 214

Query: 483 LRQELELLRKEASGRQGGGFSVLFVVLIGLIGVLIGYLVKKT 523
           L++EL+ LR+E+   Q GG   ++V+L+GLIG+++GY++K+T
Sbjct: 215 LQRELDQLRRESKKSQSGGIPFMYVLLVGLIGLILGYIMKRT 256

[Close]

BLAST of CmUC06G111170.1 vs. TAIR 10
Match: AT3G60600.3 (vesicle associated protein )

HSP 1 Score: 175.3 bits (443), Expect = 1.3e-43
Identity = 87/143 (60.84%), Postives = 107/143 (74.83%), Query Frame = 0


Query: 303 ELRKQSSCSLQLTNKTDKYVAFKVKTTNPKKYCVRPNAGIILPSSASNITVTMQAPKETP 362
           EL+KQ SCSL LTNKTD  VAFKVKTTNPKKYCVRPN G++LP S   + VTMQA KE P
Sbjct: 35  ELKKQISCSLYLTNKTDNNVAFKVKTTNPKKYCVRPNTGVVLPRSTCEVLVTMQAQKEAP 94

Query: 363 PDMQCKDKFLIQSVVAPDGTTSKDISAELFNKGDGKVVDEFKMRVVYIF-ANPPSPVPEG 422
            DMQCKDKFL+Q V+A  G T+K+++ E+F+K  G  V+E K+RV Y+    PPSPV EG
Sbjct: 95  SDMQCKDKFLLQGVIASPGVTAKEVTPEMFSKEAGHRVEETKLRVTYVAPPRPPSPVHEG 154

Query: 423 SEEGSPPRTTAVDDGN-QNFALF 444
           SEEGS PR +  D+G+   F++F
Sbjct: 155 SEEGSSPRASVSDNGHGSEFSIF 177

The following BLAST results are available for this feature:

BLAST of CmUC06G111170.1 vs. NCBI nr


Match Name	E-value	Identity	Description
KAG6575216.1	1.1e-185	71.68	Vesicle-associated protein 1-3, partial [Cucurbita argyrosperma subsp. sororia]	[more]
XP_008458138.1	2.4e-119	89.26	PREDICTED: uncharacterized protein LOC103497663 [Cucumis melo]	[more]
XP_011656872.1	9.0e-119	88.93	uncharacterized protein LOC101214475 [Cucumis sativus] >KGN46574.1 hypothetical ...	[more]
XP_038874796.1	6.7e-114	98.64	vesicle-associated protein 1-3 [Benincasa hispida]	[more]
XP_008458137.1	6.3e-112	97.27	PREDICTED: vesicle-associated protein 1-3 [Cucumis melo]	[more]

BLAST of CmUC06G111170.1 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q84WW5	2.4e-74	64.09	Vesicle-associated protein 1-3 OS=Arabidopsis thaliana OX=3702 GN=PVA13 PE=2 SV=...	[more]
Q9SHC8	2.6e-60	55.41	Vesicle-associated protein 1-2 OS=Arabidopsis thaliana OX=3702 GN=PVA12 PE=1 SV=...	[more]
Q8VZ95	2.4e-58	53.15	Vesicle-associated protein 1-1 OS=Arabidopsis thaliana OX=3702 GN=PVA11 PE=1 SV=...	[more]
Q1G3Q4	4.6e-41	40.99	Protein RGF1 INDUCIBLE TRANSCRIPTION FACTOR 1 OS=Arabidopsis thaliana OX=3702 GN...	[more]
Q9LVU1	1.4e-37	42.08	Vesicle-associated protein 2-1 OS=Arabidopsis thaliana OX=3702 GN=PVA21 PE=1 SV=...	[more]

BLAST of CmUC06G111170.1 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A1S3C8E3	1.1e-119	89.26	uncharacterized protein LOC103497663 OS=Cucumis melo OX=3656 GN=LOC103497663 PE=...	[more]
A0A0A0KCM1	4.4e-119	88.93	B box-type domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_6G109690 ...	[more]
A0A1S3C7R5	3.0e-112	97.27	vesicle-associated protein 1-3 OS=Cucumis melo OX=3656 GN=LOC103497662 PE=4 SV=1	[more]
A0A0A0KDW5	1.2e-111	96.82	MSP domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_6G109670 PE=4 SV...	[more]
A0A6J1KLI0	1.7e-107	91.52	vesicle-associated protein 1-3-like isoform X1 OS=Cucurbita maxima OX=3661 GN=LO...	[more]

BLAST of CmUC06G111170.1 vs. TAIR 10


Match Name	E-value	Identity	Description
AT4G00170.1	1.7e-75	64.09	Plant VAMP (vesicle-associated membrane protein) family protein	[more]
AT2G45140.1	1.8e-61	55.41	plant VAP homolog 12	[more]
AT3G60670.1	2.0e-60	52.05	PLATZ transcription factor family protein	[more]
AT3G60600.1	1.7e-59	53.15	vesicle associated protein	[more]
AT3G60600.3	1.3e-43	60.84	vesicle associated protein	[more]

InterPro

Analysis Name: InterPro Annotations of Watermelon (USVL531) v1
Date Performed: 2022-01-31

Position :

Zoom :

x 1


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	COILS	Coil	Coil	coord: 464..491
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 414..434
None	No IPR available	PANTHER	PTHR10809:SF111	VESICLE-ASSOCIATED PROTEIN 1-3	coord: 303..520
None	No IPR available	SUPERFAMILY	57845	B-box zinc-binding domain	coord: 49..93
IPR006734	PLATZ transcription factor	PFAM	PF04640	PLATZ	coord: 121..148 e-value: 1.4E-5 score: 25.6
IPR000535	Major sperm protein (MSP) domain	PFAM	PF00635	Motile_Sperm	coord: 299..392 e-value: 5.1E-30 score: 103.5
IPR000535	Major sperm protein (MSP) domain	PROSITE	PS50202	MSP	coord: 277..410 score: 27.826315
IPR013783	Immunoglobulin-like fold	GENE3D	2.60.40.10	Immunoglobulins	coord: 296..412 e-value: 1.7E-39 score: 136.7
IPR016763	Vesicle-associated membrane-protein-associated protein	PANTHER	PTHR10809	VESICLE-ASSOCIATED MEMBRANE PROTEIN-ASSOCIATED PROTEIN	coord: 303..520
IPR000315	B-box-type zinc finger	PROSITE	PS50119	ZF_BBOX	coord: 51..89 score: 9.143394
IPR008962	PapD-like superfamily	SUPERFAMILY	49354	PapD-like	coord: 303..422

Relationships

This mRNA is a part of the following gene feature(s):


Feature Name	Unique Name	Type
CmUC06G111170	CmUC06G111170	gene

The following exon feature(s) are a part of this mRNA:


Feature Name	Unique Name	Type
CmUC06G111170.1-exon	CmUC06G111170.1-exon-CmU531Chr06:3599808..3599946	exon
CmUC06G111170.1-exon	CmUC06G111170.1-exon-CmU531Chr06:3602058..3602135	exon
CmUC06G111170.1-exon	CmUC06G111170.1-exon-CmU531Chr06:3604420..3604461	exon
CmUC06G111170.1-exon	CmUC06G111170.1-exon-CmU531Chr06:3604581..3604742	exon
CmUC06G111170.1-exon	CmUC06G111170.1-exon-CmU531Chr06:3604840..3604955	exon
CmUC06G111170.1-exon	CmUC06G111170.1-exon-CmU531Chr06:3605128..3605209	exon
CmUC06G111170.1-exon	CmUC06G111170.1-exon-CmU531Chr06:3605319..3605389	exon
CmUC06G111170.1-exon	CmUC06G111170.1-exon-CmU531Chr06:3609234..3609371	exon
CmUC06G111170.1-exon	CmUC06G111170.1-exon-CmU531Chr06:3613531..3613855	exon
CmUC06G111170.1-exon	CmUC06G111170.1-exon-CmU531Chr06:3613986..3614087	exon
CmUC06G111170.1-exon	CmUC06G111170.1-exon-CmU531Chr06:3614234..3614308	exon
CmUC06G111170.1-exon	CmUC06G111170.1-exon-CmU531Chr06:3614422..3614589	exon
CmUC06G111170.1-exon	CmUC06G111170.1-exon-CmU531Chr06:3622170..3622265	exon

The following three_prime_UTR feature(s) are a part of this mRNA:


Feature Name	Unique Name	Type
CmUC06G111170.1-three_prime_utr	CmUC06G111170.1-three_prime_utr-CmU531Chr06:3599808..3599832	three_prime_UTR

The following CDS feature(s) are a part of this mRNA:


Feature Name	Unique Name	Type
CmUC06G111170.1-cds	CmUC06G111170.1-cds-CmU531Chr06:3599833..3599946	CDS
CmUC06G111170.1-cds	CmUC06G111170.1-cds-CmU531Chr06:3602058..3602135	CDS
CmUC06G111170.1-cds	CmUC06G111170.1-cds-CmU531Chr06:3604420..3604461	CDS
CmUC06G111170.1-cds	CmUC06G111170.1-cds-CmU531Chr06:3604581..3604742	CDS
CmUC06G111170.1-cds	CmUC06G111170.1-cds-CmU531Chr06:3604840..3604955	CDS
CmUC06G111170.1-cds	CmUC06G111170.1-cds-CmU531Chr06:3605128..3605209	CDS
CmUC06G111170.1-cds	CmUC06G111170.1-cds-CmU531Chr06:3605319..3605389	CDS
CmUC06G111170.1-cds	CmUC06G111170.1-cds-CmU531Chr06:3609234..3609371	CDS
CmUC06G111170.1-cds	CmUC06G111170.1-cds-CmU531Chr06:3613531..3613855	CDS
CmUC06G111170.1-cds	CmUC06G111170.1-cds-CmU531Chr06:3613986..3614087	CDS
CmUC06G111170.1-cds	CmUC06G111170.1-cds-CmU531Chr06:3614234..3614308	CDS
CmUC06G111170.1-cds	CmUC06G111170.1-cds-CmU531Chr06:3614422..3614589	CDS
CmUC06G111170.1-cds	CmUC06G111170.1-cds-CmU531Chr06:3622170..3622265	CDS

The following polypeptide feature(s) derives from this mRNA:


Feature Name	Unique Name	Type
CmUC06G111170.1	CmUC06G111170.1-protein	polypeptide

GO Annotation

GO Assignments

This mRNA is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0090158	endoplasmic reticulum membrane organization
biological_process	GO:0061817	endoplasmic reticulum-plasma membrane tethering
cellular_component	GO:0005789	endoplasmic reticulum membrane
cellular_component	GO:0016021	integral component of membrane
cellular_component	GO:0005886	plasma membrane
molecular_function	GO:0008270	zinc ion binding